In News:

Lok Sabha Speaker Om Birla formally reconstituted four parliamentary committees for the 2026–27 financial year, with terms expiring on April 30, 2027. Congress leader KC Venugopal was reappointed as Chairperson of the Public Accounts Committee (PAC).

• The BJP raised objections regarding the committee's perceived inclination to take up issues suo motu — on its own initiative — without prior referral, highlighting a potential divergence in understanding the scope and operational autonomy of the PAC.
• The panel also expressed concern over pending Action Taken Notes and a heavy backlog in the Audit Para Monitoring System.

What is the PAC?

• The Public Accounts Committee is the oldest parliamentary committee in India, established in 1921 under British rule.
• It is constituted every year and serves as Parliament's primary instrument for scrutinising government finances after funds have been spent.
• Its core purpose is to audit the revenue and expenditure of the Government of India, ensuring that public funds are spent efficiently, legally, and in accordance with Parliamentary intent.

Composition and Membership

• The PAC consists of 22 members — 15 from Lok Sabha and 7 from Rajya Sabha. The Chairperson is appointed by the Speaker from amongst Lok Sabha members and is, by convention, drawn from the principal Opposition party. This tradition was formally established in 1967–68, when the Speaker for the first time appointed a member of the Opposition as Chairperson.
• Importantly, ministers cannot be members of the PAC, preserving the committee's independence from the executive. Each member serves a term of one year.

Functions of the PAC

• Examining CAG Reports — The PAC scrutinises the reports of the Comptroller and Auditor General (CAG) of India on government expenditure. The CAG acts as the eyes and ears of Parliament, and the PAC acts as the enforcement arm that follows up on audit findings.
• Ensuring Proper Utilisation of Funds — It verifies that money sanctioned by Parliament has been spent for the purposes for which it was granted — no more, no less.
• Investigating Irregularities — The committee investigates financial irregularities, losses, and inefficiencies in government spending, and can call senior government officials and even heads of regulatory bodies to depose before it.
• Action Taken Notes (ATNs) — Ministries and departments are required to submit ATNs explaining what action they have taken on the PAC's recommendations. Pending ATNs represent a significant accountability gap, which the reconstituted committee has flagged as a priority concern.

In News:

At its annual developer conference (Google I/O 2026), Google unveiled Information Agents, a feature built into Search that monitors the web on behalf of users. It represents one of the most significant shifts in how search engines interact with information since Google's founding.

What is an Information Agent?

An information agent is a computational software entity, a type of intelligent agent — that may access one or multiple, distributed, and heterogeneous information sources and proactively acquires, mediates, and maintains relevant information on behalf of its users.

The core purpose of information agents is to cope with the difficulties associated with information overload — the problem of too much data being available for a user to process and monitor manually.

How Information Agents Work — Key Capabilities

• Semantic Brokering of Information: Information agents go beyond simple retrieval. They semantically broker information by providing pro-active resource discovery, resolving the information impedance between information consumers and providers, and offering value-added information services and products to the user or other agents.
• Continuous Background Monitoring: Unlike traditional search tools that respond only when prompted, Google's information agents operate continuously — 24/7 — tracking topics a user has expressed interest in and pushing relevant updates proactively.
• Multi-Source Synthesis: The information sources accessible to agents may be of many types, including traditional databases, websites, and even other information agents — enabling a layered, interconnected web of intelligence gathering.

Illustrative Example

A user who has heard about a researcher proposing something called "agent-oriented programming" asks the agent to investigate. After carefully searching various sources, the agent returns not just with a relevant technical report, but also the name and contact details of the researcher involved — without the user having to visit a single website manually.

In Google's current implementation, similar scenarios play out in everyday life: a user tracking housing markets, flight prices, stock movements, or sports events simply sets a goal, and the agent does the continuous monitoring, notifying the user only when something relevant occurs.

Google's Implementation at I/O 2026

• How to Use It: Users open AI Mode in Google Search, enter a natural language prompt describing what they want to track, and the agent begins monitoring. Push notifications are sent when relevant updates are found. Active agents are visible in the AI Mode history, where users can manage, refine, or deactivate them.
• Rollout: Information agents will first be available to Google AI Pro and Ultra subscribers in the US during summer 2026, before expanding to additional markets.
• Beyond Google Alerts: The feature is considered the next evolution of Google Alerts (launched in 2003), but goes significantly further — rather than merely flagging keyword mentions, it synthesises information, explains context, compares perspectives, and offers actionable insights.

Concerns Raised

• Privacy: Always-on AI monitoring means users must share deeply personal data — budgets, schedules, preferences, locations — to get relevant results. This creates large pools of sensitive information concentrated within a single platform, raising serious data sovereignty concerns.
• Web Infrastructure: Since AI agents retrieve and summarise content without users visiting source websites, independent publishers and smaller platforms stand to lose significant web traffic — threatening the advertising-based economic model that sustains most of the open web.
• Centralisation: Critics warn that if a single platform becomes the primary gateway through which users access and filter online information, it could lead to dangerous centralisation of the internet — with Google acting as both the librarian and the library.

Significance

Information agents represent a paradigm shift from reactive search (user asks → engine responds) to proactive intelligence (agent monitors → agent informs). While they promise to dramatically reduce information overload, they simultaneously raise profound questions about privacy, the sustainability of independent web publishing, and the concentration of power in the hands of a few Big Tech platforms.

In News:

President Droupadi Murmu today conferred Padma Awards to 66 eminent personalities for the year 2026 at the first Civil Investiture Ceremony held at Rashtrapati Bhavan. 

About Padma Awards:

The Padma Awards are among the highest civilian honours of India, announced annually on the eve of Republic Day. They are designed to recognise works of distinction and celebrate exceptional achievements or service where an element of public service is involved. The awards are structured into three distinct tiers:

• Padma Vibhushan is conferred for exceptional and distinguished service — the highest of the three tiers.
• Padma Bhushan is conferred for distinguished service of a high order.
• Padma Shri is conferred for distinguished service in any specific field.

History

• The Government of India instituted two civilian awards in 1954 — the Bharat Ratna and the Padma Vibhushan. Originally, the Padma Vibhushan was classified into three tiers: Pahela Varg (First Class), Dusra Varg (Second Class), and Tisra Varg (Third Class). These were subsequently renamed as the Padma Vibhushan, Padma Bhushan, and Padma Shri via a Presidential Notification issued on January 8, 1955.
• The awards have been announced every year since their inception, except for brief suspensions during 1978–1979 and 1993–1997.

Process of Selection

• Open Nominations — The nomination process is heavily democratised and open to the general public. Citizens can nominate inspiring individuals, and self-nomination is also explicitly permitted.
• The Evaluating Committee — All entries are screened by the Padma Awards Committee, which is constituted by the Prime Minister every year. The panel is headed by the Cabinet Secretary and includes the Union Home Secretary, the Secretary to the President, and four to six eminent public personalities.
• Final Approval — The committee's recommendations are submitted directly to the Prime Minister and the President of India for final executive clearance.

Eligibility Criteria

• All individuals, without any distinction of race, occupation, position, or sex, are fully eligible for these awards. However, government servants — including professionals working with Public Sector Undertakings (PSUs) — are generally not eligible. Notably, doctors and scientists are completely exempt from this restriction and remain eligible based on their research, advancements, or clinical service.

Key Features

• Disciplines Covered — Awards are distributed across fields including Art, Social Work, Public Affairs, Science & Engineering, Trade & Industry, Medicine, Literature & Education, Civil Service, and Sports.
• Annual Cap — The maximum number of awards in a single year cannot exceed 120. This cap, however, excludes posthumous awards and those presented to NRIs, Foreigners, or Overseas Citizens of India (OCIs).
• Posthumous Clause — The award is normally not conferred posthumously. However, in highly deserving or exceptional cases, the government can break this convention.
• Five-Year Elapsing Rule — A recipient can only be upgraded to a higher tier if at least five years have elapsed since the conferment of their earlier category. The Awards Committee may relax this rule in extraordinary circumstances.
• Not a Title — In accordance with Article 18 of the Constitution of India, these awards do not amount to a title and cannot be used as a prefix or suffix to the awardee's name. Any commercial or public misuse forfeits the honour.
• Presentation Insignia — Recipients receive a Sanad (a formal certificate) signed directly by the President of India, along with a primary medallion and a small wearable replica for ceremonial state functions.

In News:

The Ukrainian President recently confirmed that Russia used the Oreshnik missile during a mass drone and missile attack on Kyiv. This marks the third reported use of the weapon in the Russia-Ukraine war. It was first deployed in November 2024 to strike the Ukrainian city of Dnipro.

What is the Oreshnik?

• It is a Russian-made intermediate-range hypersonic ballistic missile, believed to be derived from the RS-26 Rubezh ballistic missile system. Its name means "hazel tree" or "hazelnut tree" in Russian. It is capable of carrying both nuclear and conventional warheads.

Key Technical Specifications

• The missile is estimated to be 15 to 18.5 metres long with a diameter of approximately 1.9 metres. It travels at Mach 10 — roughly 2.5 to 3 kilometres per second — and has a reported range of 5,000 kilometres. It is launched from a mobile transporter-launcher and carries 6 to 8 warheads via MIRV technology.

Defining Features

• Multiple Independently Targetable Re-entry Vehicles (MIRVs): The Oreshnik carries 6 to 8 warheads, each capable of being directed at a different target simultaneously. This multi-warhead capability complicates air defence interception and is typically associated with longer-range intercontinental ballistic missiles — making it unusual for an intermediate-range system.
• Hypersonic Speed: Travelling at Mach 10 — approximately ten times the speed of sound — the missile is extremely difficult to intercept using existing air defence systems.
• Mobile Launch Platform: Being mounted on a mobile transporter and launcher enables rapid deployment and concealment, making it harder to detect and neutralise before launch.

Strategic Range & Reach

• With a reported range of 5,000 km, the Oreshnik can strike targets across all of Europe and potentially reach the west coast of the United States — giving it significant strategic depth well beyond the immediate theatre of the Russia-Ukraine conflict.

In News:

Union Commerce Minister Piyush Goyal recently announced the launch of guidelines for the BHAVYA Scheme under which the Centre plans to develop 100 industrial parks across the country.

The scheme carries a financial outlay of ?33,660 crore and aims to create manufacturing and investment hubs through plug-and-play industrial parks in partnership with state governments.

Key Objectives

• Develop 100 investment-ready, world-class industrial parks over six years (2026–27 to 2031–32)
• Support Make in India and PM GatiShakti by creating integrated manufacturing zones
• Promote cluster-based industrial development, enabling manufacturers, suppliers, and service providers to operate in proximity — strengthening domestic supply chains and employment

Rollout Plan

• Applications for 20 parks will be invited in the first two months, followed by another 30 parks in the next two months, while the remaining 50 parks will be taken up in a subsequent phase. Goyal expects 50 parks to be operationalised within three years.

Financial Support

• Industrial parks will range from 100 to 1,000 acres, with financial assistance of up to ?1 crore per acre for infrastructure development. Support will cover internal roads, underground utilities, drainage systems, common treatment facilities, warehousing, testing labs, and worker housing.
• For proposals involving private sector partnerships, the Centre would provide assistance of ?50 lakh per acre. External infrastructure support of up to 25% of the project cost has also been proposed to improve connectivity with transport and logistics networks.

Implementation Framework

• The parks will be developed under the National Industrial Corridor Development Programme (NICDP) framework in partnership with states and private sector players. The National Industrial Corridor Development Corporation (NICDC), under DPIIT, will anchor implementation.
• States are required to set up Special Purpose Vehicles (SPVs) under the Companies Act, 2013, notify planning authorities, and establish single-window clearance systems for faster approvals.

Project Selection

Project selection will be carried out through a challenge-based process focused on investment-ready and reform-oriented proposals. States offering better facilities such as land, water, and power are likely to attract more investors. Rajasthan, Maharashtra, West Bengal, and Haryana have already shown interest.

Special Provisions

• Hilly states, NE states, UTs, and smaller states: Minimum land requirement reduced to 25 acres (vs. 100 acres for other states)
• Eligible for both greenfield and brownfield industrial parks
• Parks aligned with PM GatiShakti National Master Plan for multimodal connectivity and last-mile access
• Provisions for green energy and sustainable resource use

Significance

The BHAVYA Scheme is positioned as a major ease-of-doing-business initiative, providing pre-approved land, ready infrastructure, and integrated services to help industries begin operations faster — directly boosting India's manufacturing competitiveness and investment attractiveness.

In News:

Findings from the Chandrayaan-3 Vikram lander's "hop" experiment, published in The Astrophysical Journal in April 2026, demonstrate significant heterogeneity in the Moon's surface composition at local scales — challenging previous assumptions about lunar soil uniformity and providing India's first in-situ geotechnical data from the lunar south polar region.

The Hop Experiment:

On 2 September 2023, engineers reignited Vikram's engines to perform a short vertical hop of approximately 50 centimetres using residual propellant. The manoeuvre was initially designed to validate re-ignition capabilities for future sample-return missions, but the engine exhaust inadvertently stripped away the top three centimetres of loose lunar dust, exposing denser material beneath — providing a unique opportunity to study subsurface regolith properties at the south pole for the first time.

The Chandra's Surface Thermophysical Experiment (ChaSTE) — equipped with temperature sensors and a heating probe that penetrated the regolith — was then redeployed at the new post-hop location, measuring thermal profiles during the twilight transition (16:25–17:30 lunar local time), a slow cooling period lasting hours due to the Moon's month-long day-night cycle.

Key Scientific Findings

Two-Layer "Cake-Like" Structure

The Moon's surface at the south pole exhibits a distinct, two-layer structure within the top few centimetres — not a uniform pile of dust as previously assumed.

Upper Layer (0–6 cm) — The "Fluffy Thermal Blanket": The top layer is hyper-porous and highly cohesive, behaving like loose flour near the surface. Bulk density increases dramatically from 750 kg/m³ at the surface to 1,600 kg/m³ at a depth of just 6.5 cm — where the material becomes significantly stiffer, behaving more like damp clay.

Thermal Behaviour:ChaSTE captured a sharp temperature drop after 17:00 lunar local time, as the absence of an atmosphere allows heat to radiate rapidly into space once the Sun's rays are blocked by local shadows — demonstrating how the hyper-porous top layer functions as a critical thermal insulator.

Supporting Evidence: 3D simulations using Chandrayaan-2's OHRC (Orbiter High Resolution Camera) high-resolution imagery confirmed the regolith's layered stratigraphy.

What is Lunar Regolith?

Scientists emphasise that the Moon's surface layer is more accurately termed "lunar regolith" rather than "lunar soil" — it consists of shattered rock fragments and jagged glass-like shards formed by billions of years of micrometeorite bombardment. Unlike terrestrial soil, it lacks organic material or water-formed minerals, and its jagged, angular particles create unusual mechanical properties — high cohesion yet extreme looseness at the surface.

Why It Matters: Five Implications

• Water-Ice Storage: The hyper-porous top layer is particularly significant for trapping water-ice molecules in the subsurface — critical for assessing the viability of in-situ resource utilisation (ISRU) at lunar south polar bases.
• Future Lunar Base Planning: The dramatic density gradient within just 6.5 cm means that drilling, foundation engineering, and habitat construction at the lunar south pole will require significantly different approaches than originally modelled — directly informing NASA's Artemis programme and ISRO's own lunar ambitions.
• Rocket Plume-Surface Interaction: Understanding how engine exhaust erodes the regolith is essential for safe landing zone design for future crewed and cargo missions — preventing landing struts from sinking into loose surface material.
• Sample Return Missions: The hop experiment validates critical engine re-ignition capabilities, setting a precedent for future sample-return missions.
• Chandrayaan-4 Design Inputs: India's upcoming Chandrayaan-4 mission — designed for lunar sample collection and return — will directly incorporate these findings in its lander design and landing site selection.

In News:

An international team including researchers from the CSIR-National Institute of Oceanography (CSIR-NIO), the University of Minho, Portugal, and the Academy of Scientific and Innovative Research (AcSIR) discovered a new species of tardigrade in the shallow marine waters of the Bay of Bengal, near the coastal region of Markandi, Odisha. This marks the first time in 43 years that a new member of the elusive Actinarctus genus has been identified — a landmark moment for India's marine biodiversity documentation.

About Actinarctusodissi

• The new tardigrade has been officially named Actinarctusodissi, with "odissi" chosen to honour the famous traditional classical dance form originating from Odisha, where the tiny animal was unearthed.
• Researchers collected sand samples from the ocean floor at a depth of 14 metres in shallow marine waters off the Odisha coast.
• The study was published in the journal Marine Biodiversity (Springer Nature). The new species belongs to the family Tanarctidae under Heterotardigrada, and can be distinguished from its congeners by the structure and ornamentation of the dorsal body cuticle, shape and arrangement of lateral epicuticular alae (wing-like flaps), structure and length of the leg IV sensory organ, and the presence of Van der Land's organ in cephalic and leg sensory organs.

Unique morphological features:

• A dome-shaped body surrounded by transparent, wing-like flaps called alae, supported by translucent pillars
• Noticeably shorter lateral wings compared to other members of the genus
• Blunt-tipped sensory appendages (rather than sharp ones)
• Back uniquely heavily sculptured with tiny, trombone-shaped pillars
• Simple, un-split sensory organs on back legs, shorter than those of its congeners

What are Tardigrades?

Tardigrades — colloquially known as "water bears" or "moss-piglets" — are microscopic animals, typically 0.05 mm–1.2 mm in body length. About 1,300 species have been identified globally. They are bilaterally symmetrical, segmented organisms with four pairs of legs, each ending in four to eight claws, feeding on plant cell fluids, animal cell fluids, and bacteria.

Marine tardigrades account for 17% of all known tardigrade species — a category that remains among the most understudied in global marine biodiversity.

Their most remarkable trait is extreme environmental resilience: they can survive punishing heat, freezing cold, ultraviolet radiation, and even the vacuum of outer space. Under unfavourable conditions, they enter a state of suspended animation called the "tun" state — during which the body desiccates and metabolism drops to as low as 0.01% of its normal rate. Tardigrades can survive as tuns for years or even decades, making them candidates for research in astrobiology, cryptobiosis, and pharmaceutical biotechnology.

Scientific and Policy Significance

Marine tardigrades from Indian waters represent an important but largely overlooked component of regional biodiversity, and every new record contributes significantly to understanding their distribution and taxonomy. The discovery highlights the hidden diversity of marine meiofauna in the Indian subcontinent.

The discovery carries broader implications:

• Biodiversity documentation: India's coastal and deep-sea environments remain significantly under-surveyed. The Actinarctusodissi find demonstrates that major taxonomic discoveries remain possible even in relatively shallow, accessible coastal zones — underlining the case for sustained marine biological surveys under India's Deep Ocean Mission.
• Biotechnology potential: Tardigrades' extraordinary survival mechanisms — particularly cryptobiosis and DNA repair under extreme stress — are of active interest to pharmaceutical research, space biology, and materials science. India's discovery of a new marine species adds to the genetic and biochemical resource pool accessible for future research.
• CSIR-NIO's Role: The involvement of CSIR-NIO — India's premier oceanographic research institution based in Goa — highlights the institution's expanding contribution to marine taxonomy beyond its traditional focus on physical and chemical oceanography.

In News:

The National Cybercrime Threat Analytics Unit (NCTAU) of the Indian Cybercrime Coordination Centre (I4C) under the Ministry of Home Affairs issued a nationwide advisory warning iPhone users about a sophisticated "hybrid cybercrime" campaign targeting people whose devices have been lost or stolen. The advisory highlights the growing convergence of physical theft with digital fraud — a new frontier in cybercrime requiring urgent public awareness.

The Modus Operandi: A Three-Stage Attack

Unlike mass phishing campaigns sent indiscriminately, this campaign focuses on a narrower group: people whose iPhones have recently been lost or stolen. The perpetrators may already possess the physical device, making the attack more dangerous because the phishing attempt is not random — it is linked to a real incident in the victim's life.

• Stage 1 — Targeted Victim Selection: Criminals identify individuals with recently lost or stolen iPhones, exploiting the psychological vulnerability of device loss — photos, contacts, bank-linked apps, and personal data.
• Stage 2 — Phishing SMS Delivery: Attackers impersonate Apple Support and exploit victims' urgency by sending fraudulent SMS messages containing phishing links. The messages closely resemble legitimate "Find My iPhone" or Apple Support notifications, typically sent from numeric SMS headers, claiming the lost device has been temporarily switched off or that urgent action is required to erase contacts, media, and other data.
• Stage 3 — Credential Theft and Account Takeover: The phishing links redirect users to fake websites designed to closely resemble legitimate Apple or iCloud login pages. Victims are prompted to enter their Apple ID credentials, followed by One-Time Passwords (OTPs) or two-factor authentication codes sent by Apple. Once obtained, perpetrators gain unauthorised access to the victim's iCloud account, remove the Apple ID linked to the stolen device, disable 'Find My iPhone,' and bypass security protections. The stolen device can then be resold or reused without restrictions.

What is Phishing?

Phishing is a social engineering cyberattack that uses deceptive messages from seemingly legitimate sources to trick victims into revealing sensitive information — login credentials, passwords, OTPs, or financial data. Modern phishing employs domain spoofing, fake websites, generative AI-crafted messages, and SMS-based smishing to maximise credibility and urgency. It commonly supports downstream crimes like account takeovers, ransomware attacks, and financial fraud.

About I4C: India's National Cybercrime Architecture

The Indian Cybercrime Coordination Centre (I4C) was established under the Ministry of Home Affairs as a nodal agency to coordinate India's fight against cybercrime. Its key components include:

• National Cybercrime Threat Analytics Unit (NCTAU) — threat identification and advisory issuance
• National Cybercrime Reporting Portal (NCRP) — centralised complaint platform
• National Toll-Free Helpline '1930' — citizen assistance for financial cyber fraud
• CyberDost — social media handle for cyber safety awareness
• Pratibimb — geospatial crime mapping platform for law enforcement
• Citizen Financial Cyber Fraud Reporting System — near-real-time fraud reporting and fund-siphoning prevention
• Cyber Crime Volunteers Program — citizen engagement in cybercrime prevention

Protective Measures Advised

I4C recommended the following safeguards:

• Approach any SMS links related to lost or stolen devices with healthy scepticism, particularly when messages originate from unfamiliar, numeric, or international identifiers.
• Never enter Apple ID credentials or OTPs on pages accessed through SMS links.
• Always access Apple services directly through the official website or the device itself.
• Keep "Find My iPhone" enabled and regularly update recovery contact information.
• Report suspicious messages to 1930 or via the NCRP portal.

In News:

The Ayushman Bharat Digital Mission (ABDM), implemented by the National Health Authority (NHA) under the Ministry of Health and Family Welfare, has achieved a landmark milestone with over 100 crore health records successfully linked with Ayushman Bharat Health Accounts (ABHA). The achievement positions ABDM as one of the world's largest digital health ecosystems — a defining moment for India's Digital Public Infrastructure (DPI) in healthcare.

Scale and Speed of Achievement

ABDM doubled the number of linked health records from 50 crore in February 2025 to over 100 crore in just 15 months, with nearly 10 crore health records now being added every two to three months. From fewer than 1,000 linked records during its initial phase, the mission has evolved into a continental-scale digital health infrastructure.

More than 450 public and private health technology solutions have successfully integrated with the ABDM ecosystem, accelerating digitisation and seamless exchange of health records across healthcare facilities nationwide.

State-Wise Performance

Uttar Pradesh has emerged as the leading contributor with over 15.03 crore ABHA-linked health records, followed by Andhra Pradesh with over 11.95 crore. Bihar, Rajasthan, and Gujarat have linked over 7.37 crore, 6.32 crore, and 4.77 crore records respectively.

Key Government Platforms Contributing to the Milestone

Major contributing programmes and platforms include the NCD Programme and CoWIN (MoHFW), PM-JAY, UP's eKavach platform, AP's health programmes, the Reproductive and Child Health (RCH)programme, eHospital (NIC), eSushrut (C-DAC), Gujarat's TeCHO platform, and Rajasthan's iHMS platform.

Key Components of ABDM

The mission operates through six digital building blocks:

• ABHA (Ayushman Bharat Health Account): A 14-digit unique health ID enabling citizens to securely link and access health records across hospitals, clinics, labs, and pharmacies.
• Healthcare Professionals Registry (HPR): Comprehensive repository of all healthcare professionals across modern and traditional medicine systems.
• Health Facility Registry (HFR): Registry of all public and private health facilities — hospitals, clinics, diagnostic labs, pharmacies.
• HIE-CM (Health Information Exchange and Consent Manager): Enables consent-based, secure sharing of health records — placing data sovereignty with the citizen.
• Unified Health Interface (UHI): Open protocol enabling interoperability across digital health service applications.
• National Health Claims Exchange (NHCX):Standardises health claim information exchange between payers, providers, and beneficiaries — streamlining insurance claim processing.

Significance

ABDM represents a pivotal application of India's DPI model — the same stack of interoperable, consent-based, open-protocol infrastructure that powers UPI in payments and Aadhaar in identity — now applied to healthcare data. The milestone has several transformative implications:

• Continuity of Care: Longitudinal digital health records empower citizens with secure, consent-based access to their health information — enabling seamless record sharing across providers and eliminating dependence on physical documents.
• Insurance Efficiency: NHCX integration reduces claim processing delays and fraud — a critical reform for PM-JAY's effective implementation at scale.
• Public Health Surveillance: Aggregated, anonymised ABHA-linked data can power population-level disease surveillance, NCD monitoring, and health planning — aligning with India's One Health Mission and post-pandemic preparedness frameworks.
• Global DPI Leadership: India's ABDM model — open, interoperable, consent-driven, and rapidly scalable — is increasingly cited by the WHO and G20 as a replicable template for low- and middle-income countries building digital health infrastructure.

In News:

The global prevalence of myopia has surged from 22.9% in 2000 to an estimated 34% in 2020 and is expected to reach 50% by 2050, affecting nearly 5 billion people — making it one of the most pressing public health challenges of the 21st century. Once regarded as a benign, correctable refractive error, myopia is now recognised as a progressive, potentially sight-threatening condition with significant socioeconomic consequences.

What is Myopia?

• Myopia — commonly known as nearsightedness — is a refractive error in which close objects appear clear while distant objects appear blurry.
• It occurs when the eyeball is elongated from front to back, causing incoming light to focus in front of the retina rather than directly on it. The longer the eyeball, the more severe the nearsightedness.
• Eye experts attribute myopia to a combination of hereditary and environmental factors. It typically begins in childhood or adolescence, worsening progressively until adulthood when it may stabilise.

The Scale of the Crisis

• Researchers predict that by 2050, 4,758 million people (49.8% of the world population) will be myopic, and 938 million will have high myopia — a severe form carrying significantly elevated risks of permanent vision loss.
• High myopia raises the risk of serious ocular diseases such as myopic macular degeneration (MMD), retinal detachment, glaucoma, and cataract — conditions that can cause irreversible blindness.
• Myopia's prevalence has dramatically increased in recent decades, now affecting as much as 88% of the population in some Asian countries — though its growing prevalence is by no means an exclusively regional trend.

Why is it Rising so fast? The "Changing Childhood" Factor

The sharp rise in myopia prevalence is strongly linked to urbanisation-driven lifestyle changes — particularly among children:

• Increased near-work activity: Prolonged screen time, reading, and digital device use force the eye to focus at short distances for extended periods — a key risk factor for axial elongation of the eyeball.
• Reduced outdoor time: Health officials increasingly highlight that children need more outdoor time as a countermeasure — natural light exposure and distant vision are believed to stimulate dopamine release in the retina, which inhibits excessive eye elongation.
• Earlier onset: As the number of people with myopia increases, the age of onset is decreasing — a critical concern since earlier onset leads to greater lifetime myopic progression and higher risk of complications.
• In South Asia, urban children show a 2–3 fold higher prevalence of myopia compared to rural children, predominantly due to increased near-work activity in urban school environments.

India's Burden

South Asia — comprising India, Pakistan, Bangladesh, and six other countries — hosts 23% of the world's population but bears a disproportionately large 30% share of global visual impairment. Uncorrected refractive errors, predominantly myopia, account for as much as 63% of visual impairment in the region — far exceeding the global average of 50%. India's rapid urbanisation, competitive education culture, and explosive growth in screen time among children are accelerating this trajectory.

Treatment and Prevention

• Corrective options: Glasses and contact lenses remain the primary correction tools. Negative (minus) powered lenses diverge light before it enters the eye, compensating for the elongated eyeball. Refractive surgeries (LASIK, PRK) are available for adults.
• Myopia control strategies — aimed at slowing progression rather than merely correcting existing refractive error — include orthokeratology (overnight contact lenses), low-dose atropine eye drops, and multifocal lenses. However, access to these therapies remains highly unequal globally.

The most cost-effective intervention remains behavioural: increasing children's daily outdoor exposure to at least 90–120 minutes and reducing near-screen time — a public health message with direct policy implications for India's school education and digital learning frameworks.

In News:

The Indian Rupee has faced persistent downward pressure, depreciating significantly against the US Dollar — piercing the 96.86 mark per USD to hit a new historic low, driven by rising crude oil prices, geopolitical strain from the West Asia conflict, and strong foreign fund outflows from Indian equity markets. In response, the RBI has deployed a multi-pronged intervention architecture — combining spot market dollar sales, forex swap auctions, and liquidity management tools.

The Triggers Behind Rupee Depreciation

• Geopolitical shock: Escalation of the US-Iran conflict pushed crude oil prices sharply higher — directly worsening India's import bill, as India imports approximately 87% of its crude requirements.
• Capital outflows: Foreign Portfolio Investors (FPIs) pulled capital from Indian equity markets amid global risk-off sentiment.
• Dollar strength: A stronger US Dollar globally — driven by elevated US Federal Reserve rates — exerted broad emerging market currency pressure.

RBI's Intervention Toolkit: 2026 Deployment

1. Spot Market Dollar Sales: The RBI has been selling dollars at an estimated pace of USD 1 billion per day in recent trading sessions to curb excessive depreciation. However, this drains rupee liquidity from the banking system — a side effect the RBI manages through Sterilised Interventions, using Open Market Operations (OMOs) to simultaneously inject rupees back via government bond purchases.

2. USD 5 Billion Buy-Sell Swap Auction: The RBI announced a USD 5 billion USD/INR buy-sell swap auction for a tenor of three years, aiming to ease prolonged cash tightness within the banking network caused by its heavy forex market interventions.

Mechanics: Banks sell dollars to the RBI now (receiving rupees at spot rate) and agree to buy them back at a pre-determined rate plus premium after three years. This is expected to inject ?42,000–43,000 crore of durable rupee liquidity back into the banking system.

Market participants noted the swap will be good for bonds by maintaining surplus liquidity, and should also cool forward premiums — reducing hedging costs that had been rising for two weeks — though the impact on the INR spot rate is expected to be broadly neutral.

3. Pre-Market Interventions:The RBI recently used off-market mechanics of selling dollars through state-run banks, driving a 70-paise intraday rally that pushed the rupee back from near-97 levels to an opening rate of 96.30.

4. Net Open Position (NOP) Cap: The RBI implemented a strict Capital Flow Management measure — capping banks' Net Open Position in foreign currencies at USD 100 million per day — forcing banks to unwind excess dollar holdings and increasing dollar supply in the forex market.

Historical Parallels: Crisis Playbook

India has navigated severe currency stress before through unconventional tools:

• 1998 (Post-nuclear test sanctions): Issued Resurgent India Bonds (RIBs) — raising ~USD 4.2 billion from NRIs.
• 2013 (Taper Tantrum): RBI Governor Raghuram Rajan opened a special FCNR(B) deposit window with subsidised hedging rates — mobilising USD 26 billion in weeks, instantly stabilising the rupee.

In News:

The Ministry of Social Justice and Empowerment (MoSJE) officially launched the JEEVAN mobile application and the SHATAYU geriatric caregiver dashboard during a National Workshop in New Delhi — a significant policy intervention as India confronts the demographic reality of a rapidly ageing population. Both platforms are developed and managed by the Department of Social Justice and Empowerment.

The Demographic Imperative

India's elderly population (60 ) currently stands at approximately 149 million (2024) and is projected to reach 347 million by 2050 — nearly doubling its share of the total population. This demographic shift poses structural challenges: fragmented welfare delivery, an unorganised caregiving sector, social isolation, inadequate healthcare access, and digital exclusion of senior citizens. JEEVAN and SHATAYU are designed as twin digital solutions to these intersecting vulnerabilities.

JEEVAN: Joint Elderly Empowerment & Virtual Assistance Network

JEEVAN is a citizen-facing, single-window mobile application engineered specifically for senior citizens, with four core functions:

• Unified Welfare Gateway: Aggregates all active Central and State Government schemes, pension benefits, and healthcare entitlements for seniors — eliminating the need for elderly users to navigate multiple departmental portals.
• SOS Emergency Matrix: A simplified, high-visibility one-touch panic button that directly connects elderly users to local emergency services, medical networks, and the national elder helpline — critical for seniors living alone or in low-support environments.
• Institutional Home Locator: Provides geo-tagged, verified listings of all MoSJE-supported senior citizen welfare homes and day-care centres — enabling families to make informed placement decisions.
• Elder-Centric Accessibility Design: Built with large text fonts, voice-assisted navigation, and simplified screen interactions — explicitly addressing the sensory and motor limitations of older users, a dimension typically ignored in mainstream app design.

SHATAYU: Senior Holistic Care Assistance and Training For Your Utility

SHATAYU is a centralised, data-driven national dashboard targeting the supply side of India's eldercare ecosystem — the geriatric caregiver workforce:

• District-Level Micro-Mapping: Enables real-time visibility of verified geriatric caregivers available within specific districts and states — allowing both families and state planners to identify and address care-supply gaps geographically.
• Standardised Training Trackers: Monitors caregiver skill progression, certification benchmarks, and training completion — formalising what has historically been an informal, unregulated domain.
• Care-Economy Integration Hub: Aggregates data from NGOs, medical skill councils, and ecosystem partners to balance supply-demand in the eldercare labour market — directly supporting India's emerging care economy framework.
• Verified Service Directory: Maintains a secure backend with validated caregiver credentials, background checks, and legal compliance records — addressing the safety and trust deficit that has long deterred families from accessing formal care services.

Policy Context

Both platforms align with the Maintenance and Welfare of Parents and Senior Citizens (Amendment) Act, 2019, which expanded the state's obligations toward elderly welfare, and the National Policy for Senior Citizens framework. They also complement existing schemes under ATAL VAYO ABHYUDAY YOJANA (AVYAY) — the umbrella scheme for senior citizen welfare under MoSJE.

SHATAYU's data-driven approach is particularly significant for Skill India Mission targeting — by exposing district-level caregiving deficits, it enables the National Skill Development Corporation (NSDC) and healthcare skill councils to direct specialised geriatric care training camps to underserved rural and semi-urban regions.

In News:

The multilateral military exercise PRAGATI 2026 commenced at Umroi Military Station, Meghalaya, with 12 friendly nations participating alongside India — marking a significant step in India's evolving role as a Preferred Security Partner in the Indian Ocean Region (IOR) and a concrete expression of its Neighbourhood First and Act East foreign policy doctrines.

What is PRAGATI?

• PRAGATI stands for Partnership of Regional Armies for Growth and Transformation in the Indian Ocean Region, a premier multinational military exercise conducted under the core principles of mutual respect, equality, and shared regional security.
• It provides a unified institutional platform for regional armies to exchange battlefield experiences, harmonise tactical doctrines, and establish joint response mechanisms against contemporary security threats.

Participating Nations

• India hosts 12 friendly nations: Bhutan, Cambodia, Indonesia, Laos, Malaysia, Maldives, Myanmar, Nepal, Philippines, Seychelles, Sri Lanka, and Vietnam — a grouping that reflects India's strategic geography, spanning South Asia, Southeast Asia, and the Indian Ocean island states.

Key Features of PRAGATI 2026

• Operational Focus: The two-week exercise concentrates on counter-terrorism (CT) and counter-insurgency (COIN) operations in semi-mountainous and jungle terrain — the precise operational environment that characterises India's northeastern frontier and large parts of Southeast Asia's security landscape.

Training Modules:

• Joint command planning exercises and tactical-level field drills
• Coordinated live-fire simulation operations designed to improve adaptability, endurance, and tactical proficiency
• Intelligence synchronisation — developing real-time, secure intelligence-sharing frameworks in multinational operational environments — a critical capacity gap in regional CT cooperation

Atmanirbhar Bharat Exposition: PRAGATI 2026 uniquely incorporates a defence-tech showcase where Indian domestic companies display indigenous weapons, tactical gear, and military innovations — integrating defence diplomacy with defence export promotion under the Atmanirbhar Bharat framework.

Strategic Significance

• Preferred Security Partner: PRAGATI operationalises India's stated ambition of being the net security provider in the IOR — a role articulated in the SAGAR (Security and Growth for All in the Region) doctrine and the Indo-Pacific Oceans Initiative (IPOI). Training together builds practical interoperability for real-world crisis response, whether counter-terrorism, HADR, or maritime security operations.
• Geopolitical Positioning: The participant list is deliberately IOR-centric — covering India's immediate neighbourhood (Bhutan, Nepal, Maldives, Sri Lanka), ASEAN partners (Cambodia, Indonesia, Laos, Malaysia, Myanmar, Philippines, Vietnam), and strategic island states (Seychelles). This grouping mirrors the geography of China's expanding maritime footprint — making PRAGATI an implicit instrument of India's IOR balancing strategy.
• Northeast India as a Strategic Hub: The choice of Umroi, Meghalaya as the host location is symbolically and operationally significant — it demonstrates India's confidence in its northeastern security infrastructure and reflects the region's growing importance as India's gateway to Southeast Asia under the Act East Policy.
• Doctrine Building: By harmonising tactical doctrines across 13 armies with varying equipment, languages, and command cultures, PRAGATI contributes to building a regional security architecture that is India-led but genuinely multilateral — a format increasingly preferred by smaller IOR states as an alternative to great-power dependency.

In News:

India successfully test-launched the Short Range Ballistic Missile (SRBM) Agni-I from the Integrated Test Range (ITR), Chandipur, Odisha, under the aegis of the Strategic Forces Command (SFC). The Ministry of Defence confirmed that the launch validated all operational and technical parameters. The test was conducted as part of a routine training exercise — signalling operational readiness rather than a developmental milestone.

About Agni-I: Key Features

• Type: Single-stage, solid-fuel Short Range Ballistic Missile (SRBM)
• Range: 700–1,200 km (heavier payload reduces range; lighter payload enables MRBM-class reach)
• Propulsion: Solid-propellant booster derived from ISRO's SLV-3 technology
• Warhead: Nuclear-capable; also carries conventional warheads
• Mobility: Deployable via rail-based platforms and road-mobile Transporter Erector Launchers (TELs) — enabling survivable second-strike positioning
• Induction: First deployed by the Indian Army's Strategic Forces Command in 2007
• Origin: Developed under India's Integrated Guided Missile Development Programme (IGMDP), 1983 — the landmark initiative that also produced Prithvi, Trishul, Akash, and Nag

The Agni Family: India's Strategic Backbone

The Agni series constitutes the core of India's nuclear triad's land-based component, spanning a comprehensive strike envelope:

Critical Context: MIRV Test and Escalating Capability

• The Agni-I test follows another significant achievementwhen India successfully flight-tested an advanced Agni missile fitted with a Multiple Independently Targetable Re-entry Vehicle (MIRV) system from Dr APJ Abdul Kalam Island, Odisha. The missile carried multiple payloads directed at different targets spatially distributed across a large area of the Indian Ocean Region, tracked by multiple ground-based and ship-mounted stations throughout the trajectory.
• MIRV capability i.e. the ability to deliver multiple warheads from a single missile to strike different targets simultaneously, is considered a quantum leap in strategic deterrence, as it exponentially complicates an adversary's missile defence calculations.

Strategic Significance

• Credible Minimum Deterrence: Regular Agni series tests are essential for maintaining operational readiness and validating deterrent credibility — particularly in the context of India's No First Use (NFU) nuclear doctrine, which requires assured second-strike capability. A road-mobile, solid-fuelled missile like Agni-I is ideally suited for survivable second-strike posturing.
• Layered Deterrence: The twin tests — Agni-I (short-range battlefield deterrence) and MIRV-equipped Agni (strategic deterrence at intercontinental scale) — within weeks of each other demonstrate India's full-spectrum deterrence architecture, covering both tactical and strategic nuclear scenarios.
• Geopolitical Signalling: These tests reinforce India's strategic deterrence posture at a time of heightened regional security tensions — including continued Pakistani nuclear modernisation, China's expanding ICBM arsenal, and the post-Pahalgam crisis security environment in South Asia.

In News:

The Indian Navy's next-generation offshore patrol vessel 'Sanghmitra' was recently launched at Garden Reach Shipbuilders & Engineers (GRSE), Kolkata, marking a significant milestone in India's indigenisation of naval platforms and the country's growing blue-water maritime ambitions.

About the Vessel

• Type: Next Generation Offshore Patrol Vessel (NGOPV)
• Shipyard: Garden Reach Shipbuilders & Engineers (GRSE), Kolkata, a Defence Public Sector Undertaking (DPSU) under the Ministry of Defence.
• Programme Scale: Sanghmitra is part of India's ambitious programme to construct 11 NGOPVs simultaneously across two shipyards — reflecting the Navy's push for large-scale, parallel indigenous naval construction.
• Name: Named after Sanghmitra, the daughter of Emperor Ashoka, who played a pivotal role in spreading Buddhism to Sri Lanka — a name symbolising India's civilisational outreach and maritime heritage in the Indian Ocean Region.
• Crest Design: Features the constellation Ursa Major and a red-and-white lighthouse — symbols of navigation, maritime vigilance, and enduring guidance.

Technical Specifications

• Length: ~113 metres
• Beam (Width): 14.6 metres
• Displacement: 3,000 tonnes
• Endurance: 8,500 nautical miles at a cruising speed of 14 knots
• Maximum Speed: 23 knots
• Crew Accommodation: Designed for extended blue-water patrol operations with modern habitability standards.

Operational Capabilities

The NGOPV platform is designed for a wide spectrum of missions across the full conflict spectrum:

• Maritime Surveillance: Intelligence gathering and domain awareness in India's areas of interest — including the Exclusive Economic Zone (EEZ), which spans over 2.37 million sq km.
• Search and Rescue (SAR): Rapid response to maritime distress situations in the Indian Ocean Region.
• Protection of Offshore Assets: Security of oil rigs, underwater pipelines, and strategic maritime infrastructure.
• Humanitarian Assistance and Disaster Relief (HADR): Rapid deployment during natural disasters — a growing operational priority given India's increasing HADR footprint in the IOR.
• Anti-Piracy Operations: Sustained presence in piracy-prone corridors including the Gulf of Aden and the western Arabian Sea.

Strategic Significance

Atmanirbhar Bharat in Defence: GRSE's construction of Sanghmitra underscores India's accelerating naval indigenisation under the Atmanirbhar Bharat initiative. GRSE has previously built frigates, corvettes, landing craft, and fast attack crafts — establishing itself as a frontline warship builder. India's Defence Acquisition Procedure (DAP) 2020 mandates preference for indigenously designed, developed, and manufactured (IDDM) platforms — the NGOPV programme is a direct expression of this policy.

Indian Ocean Strategy: The 11-vessel NGOPV programme significantly enhances India's persistent maritime presence across the IOR at a time of heightened strategic competition — with China's expanding naval footprint through its String of Pearls strategy placing India's maritime neighbourhood under pressure. OPVs, by virtue of their endurance and multi-role capability, are ideally suited for grey-zone operations — below the threshold of conflict but above mere diplomatic signalling.

Naming Significance: The choice of Sanghmitra — a historical figure who carried India's civilisational influence across the Indian Ocean to Sri Lanka — is symbolically deliberate, reflecting India's conception of the IOR as a historically connected civilisational space rather than a purely contested strategic domain.

In News:

India achieved a major milestone in indigenous defence technology after private defence firm Nibe Limited successfully tested the long-range Suryastra rocket system at the Integrated Test Range (ITR), Chandipur, Odisha. Trials included both the 150 km and 300 km strike-range variants, both delivering highly accurate strikes with minimal error.

What is Suryastra?

• Suryastra is India's first indigenous universal multi-calibre rocket launcher system — a fully guided, precision rocket artillery platform designed for long-range strategic strikes.
• Developed by Pune-based Nibe Limited in collaboration with Israel's Elbit Systems, based on Elbit's PULS (Precise & Universal Launching System) technology.
• Mounted on a highly mobile 6×6 Tatra truck, enabling rapid deployment and shoot-and-scoot survivability against counter-battery fire.
• Mission profile: precision strikes against enemy command centres, radar installations, logistics hubs, and military infrastructure deep inside hostile territory.

Technical Specifications

• Multi-calibre, Modular Design: Uses interchangeable modular pods capable of firing:
  • 122 mm rockets — shorter-range battlefield engagements
  • 306 mm EXTRA missiles — range up to 150 km
  • 370 mm Predator Hawk missiles — range up to 300 km
  • SkyStriker loitering munitions (suicide drones) — range up to 100 km
• Precision: The 150 km variant achieved a Circular Error Probable (CEP) of 1.5 metres; the 300 km variant struck within 2 metres of the target — exceptional accuracy for long-range guided rocket artillery.
• Fire Control: Integrates GPS, inertial navigation, and digital ballistic computation for all-weather, day-night precision targeting.
• Semi-automated reload reduces crew exposure during operations.

Strategic Significance

• Operational Depth: The 300 km strike range allows India's military to engage high-value strategic targets deep inside enemy territory while keeping personnel and equipment outside conventional artillery range — a critical operational advantage in mountainous or contested border terrains.
• Multi-domain Lethality: The inclusion of loitering munitions (SkyStriker) alongside conventional rockets gives Suryastra a hybrid character — combining saturation fire with precision drone strike capability in a single platform, mirroring doctrinal lessons from the Ukraine and Nagorno-Karabakh conflicts.
• Atmanirbhar Bharat Validation: Private companies like Nibe are now stepping up to build missile platforms, drones, and advanced electronics — reducing India's reliance on imports and demonstrating the maturation of India's private defence-industrial ecosystem.
• Comparative Context:Suryastra's capability profile places it alongside systems like the US M270 MLRS and Russia's BM-30 Smerch, but with the added distinction of being indigenously integrated and domestically produced — a significant leap for a country historically dependent on imported artillery.

Policy Context

The Suryastra test aligns with India's Defence Acquisition Procedure (DAP) 2020, which prioritises indigenously designed, developed, and manufactured (IDDM) systems. India's Defence Production and Export Promotion Policy (DPEPP) 2020 targets defence exports of USD 5 billion by 2025 — systems like Suryastra, once inducted, could form the core of India's emerging guided rocket artillery export portfolio

In News:

Union Minister for Development of North Eastern Region (DoNER), Shri Jyotiraditya Scindia, launched the "Arunachal Kiwi: The USP of Arunachal Pradesh" — a Cluster-based Kiwi Cultivation and Value Chain Development Mission — in New Delhi. With a financial outlay of approximately ?167 crore, the mission is designed through a whole-of-government and convergence-led approach, marking a significant step in building globally competitive agricultural value chains rooted in the Northeast's natural strengths.

Why Kiwi for Arunachal Pradesh?

• Arunachal Pradesh is India's largest kiwi-producing state and the first state in the country to receive organic kiwi certification under the Mission Organic Value Chain Development for North East Region (MOVCD-NER) in 2020.
• The state's high-altitude, organic agro-climatic conditions are ideal for producing premium-grade Hayward and Allison cultivars of kiwi — varieties with high domestic and export market value.
• Kiwi (Actinidia deliciosa, also called Chinese Gooseberry) thrives between 900–1,600 metres above mean sea level in warm, humid climates with well-distributed annual rainfall of around 150 cm and 700–800 chilling hours during winter — conditions naturally present across Arunachal's hill terrain.
• The fruit is a rich source of Vitamins B and C and minerals including phosphorus, potassium, and calcium, placing it in growing demand in health-conscious domestic and global markets.

Four Strategic Pillars of the Mission

The Arunachal Kiwi Mission is anchored on four pillars:

• Convergence: Integration of schemes across multiple ministries and departments to eliminate fragmented implementation and maximise fund utilisation.
• Value Addition: Moving beyond raw fruit production toward processed kiwi products — juices, jams, dried kiwi, nutraceuticals — to enhance farmer income and reduce post-harvest losses.
• Branding: Developing a distinct, recognisable identity for Arunachal kiwi in domestic and global markets — leveraging its organic certification as a premium differentiator.
• Market Integration: Creating structured supply chain linkages connecting farmers to retail, e-commerce, institutional buyers, and export channels.

Northeast's Unique Product Strategy: One State, One USP

The Arunachal Kiwi Mission is part of a broader DoNER strategy to identify one flagship agricultural or cultural product per Northeastern state with a distinct Unique Selling Proposition (USP):

• Mizoram — Ginger
• Nagaland — Coffee
• Sikkim — Organic Farming
• Manipur — Polo Heritage
• Assam — Muga Silk
• Meghalaya — Lakadong Turmeric
• Arunachal Pradesh — Kiwi

This state-specific, product-anchored approach reflects a shift from generic rural development to competitive, brand-led agricultural specialisation — a model aligned with global agri-value chain thinking.

Policy Context

The mission converges with several existing schemes:

• MOVCD-NER — organic value chain development specific to the Northeast.
• PM-KISAN and Pradhan Mantri Kisan SAMPADA Yojana — for farmer income support and food processing infrastructure.
• One District One Product (ODOP) — for cluster-level product specialisation.
• Agricultural Export Policy 2018 — for integrating Indian agricultural produce into global value chains.

In News:

Union Minister Dr. Jitendra Singh dedicated the UMMID (Unique Methods of Management of Inherited Disorders)Programme for Rare Genetic Disorders to the Nation at Prithvi Bhawan, New Delhi.

What is UMMID?

• Nodal Ministry: Department of Biotechnology (DBT), Ministry of Science & Technology.
• Nature: India's first comprehensive national initiative addressing inherited and rare genetic disorders through an integrated, multi-pronged public health approach.
• Policy linkage: Supports implementation of the National Policy for Rare Diseases (NPRD) 2021 by creating structured care pathways for affected patients.

Three Pillars of UMMID

• NIDAN Kendras: Nearly 30 NIDAN Kendras have been established for advanced genetic diagnostics and counselling, ensuring genomic healthcare reaches beyond metropolitan centres to ordinary citizens.
• Outreach in Aspirational Districts: Targeted screening and awareness programmes in underserved and aspirational district populations — addressing the equity gap in rare disease detection.
• Specialised Training Centres: Capacity-building for clinicians, genetic counsellors, and healthcare professionals — addressing the long-standing knowledge deficit around rare disorders in mainstream medical practice.

Key Achievements

• The programme has benefited nearly three lakh individuals through screening and diagnostic services.
• Services span prenatal and newborn screening, genetic counselling, diagnostics, clinician training, and community outreach — all under one unified public health model.
• The UMMID Dashboard launched alongside will enable real-time nationwide monitoring of programme reach and outcomes.

Why It Matters: The Silent Burden

• Inherited and rare genetic disorders remained neglected for decades because diagnosis was difficult, treatment inaccessible, and medicines either unavailable or prohibitively expensive.
• Families often spend years moving from hospital to hospital in search of a diagnosis — imposing enormous emotional, social, and financial hardship despite affecting comparatively smaller populations.
• India's vast genetic diversity compounds the challenge, requiring robust ecosystem-level responses rather than isolated interventions.

In News:

• The Fourth India-Africa Forum Summit (IAFS-IV), scheduled in New Delhi, has been postponed due to concerns over the spread of the Ebola Virus Disease (EVD) in parts of Africa.
• The summit was to be held after a gap of 11 years — the longest inter-summit interval since IAFS's establishment.

About the Ebola Outbreak

• The WHO has declared the latest Ebola outbreak in the Democratic Republic of Congo (DRC) a Public Health Emergency of International Concern (PHEIC) — the DRC's 17th Ebola outbreak.
• The outbreak has caused approximately 139 deaths with around 600 suspected cases, with the first case now confirmed in South Kivu province, controlled by Rwanda-backed M23 rebels.
• Containment efforts have been severely hampered by ongoing armed conflict in eastern DRC.
• India issued a health advisory for travellers arriving from or transiting through Ebola-affected countries; the Union Health Secretary chaired a high-level review with health secretaries of all states and UTs to assess preparedness.

About India-Africa Forum Summit (IAFS)

• Established: 2008 — the apex institutional platform for India-Africa dialogue and cooperation.
• Previous Summits: IAFS-I (2008, New Delhi) → IAFS-II (2011, Addis Ababa) → IAFS-III (2015, New Delhi).
• Purpose: Strengthens political dialogue, trade, investment, technology transfer, capacity building, and people-to-people ties between India and the 55 African Union member states.
• Reflects: Commitment to South-South cooperation, inclusive development, multilateralism, and sustainable partnerships.

Note: Ebola has twice disrupted India-Africa summitry — the IAFS-III was also delayed from 2014 to 2015 partly due to the West African Ebola epidemic.

Significance of IAFS-IV (What Was at Stake)

• IAFS-IV was expected to announce India's next 10-year Africa engagement roadmap, building on the USD 29 billion in Lines of Credit and 50,000 scholarships committed at IAFS-III.
• The summit coincided with India's growing strategic interest in Africa for critical minerals, maritime security (Indian Ocean Region), food security partnerships, and UN Security Council reform support.
• Africa's 54-member bloc is India's largest voting bloc in multilateral forums — including the UN, WTO, and Commonwealth.

About Ebola Virus Disease (EVD)

• Caused by the Ebola virus (genus Ebolavirus); transmitted through direct contact with blood or body fluids of infected persons.
• Incubation period: 2–21 days; symptoms include fever, weakness, vomiting, diarrhoea, and unexplained bleeding.
• WHO has noted a low global risk but warns that a vaccine could take nine months to deploy at scale.
• No established cure exists; treatment remains supportive; the rVSV-ZEBOV vaccine (Ervebo) has been used in outbreak response since 2019.

In News:

Cuttack's centuries-old Rupa Tarakasi (silver filigree) industry — the craft identity of Odisha's "Silver City" — is facing an acute livelihood crisis. Soaring silver prices and a steep hike in import duty from 5% to 15% have disrupted orders, delayed production, and pushed thousands of artisan families into financial uncertainty.

About Rupa Tarakasi

• Rupa Tarakasi is one of India's most sophisticated traditional crafts, practised in Cuttack, Odisha for nearly a millennium.
• In Odia, "tara" means wire and "kasi" means design — together capturing the essence of a craft where silver bricks are drawn into ultra-fine wires or foils and intricately shaped into jewellery, religious artefacts, ceremonial objects, and accessories — including ornaments worn by Odissi dancers.
• The artisans practising this craft are called "Rupa Banias" or "Roupyakaras".
• The craft dates to at least the 12th century and received significant patronage under the Mughal Empire, evolving aesthetically with each successive ruling influence.
• It received a Geographical Indication (GI) tag in 2024 — recognition of its unique regional identity and cultural significance.
• Cuttack's filigree also serves as a significant tourism draw, with visitors to nearby Puri and the Konark Sun Temple routinely travelling to the city to witness and purchase this handmade artistry.

The Double Blow: Prices and Policy

The crisis facing Tarakasi artisans is driven by two converging pressures.

• Soaring silver prices: Global silver prices have risen sharply in recent months, directly inflating raw material costs for artisans who operate on thin margins with little buffer capital.
• Import duty hike: The government raised import duty on silver from 5% to 15% — a 10% increase — which, while aimed at reducing smuggling and curbing misuse of Free Trade Agreements, has significantly raised input costs for artisans. The duty hike followed a tenfold surge in silver jewellery imports from Thailand — volumes rising from 4 to 40 metric tonnes — with Thailand's share increasing from 78% to 98% of such imports, prompting the Directorate General of Foreign Trade (DGFT) to impose import restrictions on unstudded silver jewellery.

Broader Implications

The Tarakasi crisis illustrates a recurring structural tension in Indian economic governance: macro-level trade protection measures creating micro-level distress among artisan communities that lack the financial resilience to absorb sudden input cost spikes. Thousands of Cuttack families depend on this craft for livelihood — many operating as generational cottage industries with no alternative income stream.

The situation calls for targeted policy differentiation — exempting authentic handcraft raw material imports from punitive duties designed to curb industrial-scale misuse of FTAs. The GI tag, while enhancing brand recognition and export potential, cannot independently insulate artisans from input price volatility without complementary fiscal and financial support mechanisms.

In News:

A study published in Proceedings of the Royal Society B by researchers from the University of California, Berkeley has revealed that sperm whale communication possesses a multi-layered acoustic structure strikingly parallel to human phonology — the organisational system underlying human language. The findings fundamentally challenge how scientists have understood non-human animal communication and open new frontiers in comparative linguistics and evolutionary biology.

What are Codas?

Sperm whales (Physeter macrocephalus) — the largest of the toothed whales (Odontocetes) and possessors of the largest brain of any creature in geological history — do not sing like humpback whales. Instead, they communicate using short rhythmic sequences of rapid clicks called codas, exchanged while coordinating within their highly social, matriarchal family and clan groups. Until now, codas were classified purely by timing and rhythm — the number of clicks and the spacing between them (inter-click intervals) — in a system likened to Morse code.

The Breakthrough: Whale "Vowels"

The new study reveals an entirely overlooked dimension. When researchers analysed the frequency components within individual clicks, they found two distinct categories: clicks with a single dominant frequency peak and those with two peaks. In human linguistics, such peaks are called formants — the resonant frequencies that allow humans to distinguish between vowels such as "ah" and "ee." The researchers accordingly labelled these whale click types "a" and "i".

Crucially, the same coda pattern — say, a 1 1 3 sequence — can be produced using either "a" clicks or "i" clicks, meaning whales control both timing and click type as independent variables. This represents a second, previously invisible layer of communicative structure.

Multiple Layers of Phonological Organisation

The study identifies several additional layers of structure:

• Length variation: "a" codas are consistently longer than "i" codas even when the timing pattern is identical, mirroring how vowel length carries meaning in human languages.
• Individual variation: Different individual whales produce codas of different lengths within the same type, yet all follow the same underlying "a longer than i" rule — indicating both individual identity and shared group conventions.
• Sequential dependency: The first click of a new coda is sometimes influenced by the type of coda that immediately preceded it — demonstrating that codas are not produced in isolation but form part of a structured sequence, again paralleling rules of human speech production.

Convergent Evolution: The Deeper Significance

The researchers invoke convergent evolution to explain these parallels — humans and sperm whales diverged tens of millions of years ago, yet both independently developed complex vocal systems organised by discrete sound categories, timing, and positional rules. The rich social and cultural lives of sperm whales — where behaviours are transmitted across generations within matriarchal clans — likely drove the evolution of this communicative complexity.

However, scientists caution against prematurely labelling sperm whale codas as "language." The fundamentally rhythmic nature of codas sets them apart from the combinatorial flexibility of human speech, and what specific information these patterns convey remains unknown. Project CETI (Cetacean Translation Initiative) — which uses machine learning and acoustic AI to decode whale communication — is expected to shed further light on the semantic content of these signals.

In News:

The Government of India, as Chair of the Asian Productivity Organization (APO), hosted the 68th Session of the APO Governing Bodyat Bharat Mandapam, New Delhi. The event brought together over 60 senior delegates representing 20 APO member economies, alongside observers from Kazakhstan, Uzbekistan, Bhutan, and the Global Green Growth Institute — reflecting the organisation's expanding engagement with prospective members and multilateral partners.

About the Asian Productivity Organization

• Established in 1961, the APO is an intergovernmental organisation comprising 21 member economies from the Asia-Pacific region.
• Its founding mandate is to enhance productivity for sustainable socioeconomic development through mutual cooperation, knowledge sharing, policy dialogue, and technical assistance. Membership is open to countries in Asia and the Pacific that are members of the UN Economic and Social Commission for Asia and the Pacific (UN ESCAP).
• India is a founding member of the APO. The designated National Productivity Organization (NPO) for India is the National Productivity Council (NPC), functioning under the Ministry of Commerce and Industry.
• The APO Secretariat is headquartered in Tokyo, Japan and is led by a Secretary-General. The Governing Body is the APO's highest decision-making authority, meeting annually to set strategic direction, approve proposals, and review Secretariat performance.

Key Agenda Items

The three-day session addressed several critical institutional and policy matters:

• APO Vision 2030 — review of progress under the medium-term strategic framework guiding the organisation's priorities through the decade.
• Budget Deliberations — consideration of the preliminary budget for the 2027–28 biennium and associated institutional reforms.
• Governance — election of the APO Chair and Vice Chairs for 2026–27; review of Secretary-General election procedures; adoption of the APO Annual and Financial Report; and endorsement of key policy recommendations.
• APO National Awards Programme — awards were conferred in two categories: APO National Award for Productivity Advocates and APO National Award for Productivity Technical Experts — recognising outstanding contributors to productivity promotion across member economies and strengthening the role of NPOs in fostering a culture of measurable productivity improvement.

Strategic Significance for India

India's hosting reflects its positioning as a regional productivity and innovation leader — aligned with national priorities including the Make in India initiative, the National Manufacturing Mission, and India's ambition to become a developed economy by 2047 (Viksit Bharat). The APO platform enables India to export its productivity policy frameworks — including digital public infrastructure, quality management systems, and MSME capacity-building models — to the Asia-Pacific region.

The presence of observers from Kazakhstan, Uzbekistan, and Bhutan is also diplomatically significant, as it indicates potential future expansion of the APO's membership base — with India well-positioned to facilitate this through its regional diplomatic relationships under the Neighbourhood First and Act East policies.

In News:

The National Commodity Derivatives Exchange Limited (NCDEX) announced RAINMUMBAI as India's first SEBI-approved exchange-traded weather derivatives contract, with trading set to commence on 29 May 2026. The launch represents the emergence of a new climate-linked asset class in India and a significant step in strengthening the country's climate risk management ecosystem.

What are Weather Derivatives?

Weather derivatives are financial contracts that derive value from weather variables — such as rainfall, temperature, snowfall, or wind speed — rather than from conventional financial assets. Unlike traditional insurance products, weather derivatives are settled purely on observed weather data and do not require physical loss assessment, enabling faster settlement and greater operational efficiency. They are widely used globally in agriculture, power, construction, logistics, tourism, and energy — sectors where revenues are significantly impacted by weather variability. Their inclusion in India's financial architecture became possible after weather derivatives were formally included in the Securities Contracts (Regulation) Act, 1956 (SCRA) in 2024, clearing the regulatory pathway for their exchange-traded launch.

About RAINMUMBAI

RAINMUMBAI was developed in collaboration with IIT Bombay and is based on a scientifically structured Cumulative Deviation Rainfall (CDR) metric, which measures the deviation of actual rainfall from Mumbai's Long Period Average (LPA) during the monsoon months of June to September. Built using daily rainfall data benchmarked against a robust 30-year historical dataset (1991–2020 LPA), the framework ensures transparency, consistency, and reliability.

Underlying data will be sourced from IMD surface rainfall observations and Automatic Weather Stations (AWS) at Santacruz and Colaba — two of Mumbai's principal weather monitoring points. The contract is cash-settled, with a base price of ?50 per millimetre of rainfall, a tick size of 1 mm, and a maximum order size of 50 lots. Trading hours are Monday to Friday, 10:00 a.m. to 11:30/11:55 p.m.

Who Benefits?

The futures contract is designed for a broad range of stakeholders with financial exposure to rainfall fluctuations — farmers, construction companies, power utilities, logistics operators, and banks with agricultural loan portfolios. For farmers, it provides a market-based hedge against crop losses from deficient or excess rainfall, without the documentation burden associated with traditional crop insurance. For banks, it offers a tool to hedge the credit risk embedded in agriculture-linked loan portfolios — a significant concern given India's monsoon-dependent rural economy.

Institutional Architecture

The NCDEX-IMD MoU signed in December 2025 gave NCDEX access to IMD's historical and real-time weather data, enabling development of statistically validated weather indices that form the foundation of weather-linked futures contracts. NCDEX — established in 2003, headquartered in Mumbai, and regulated by SEBI — primarily focuses on agricultural commodity derivatives including wheat, sugar, spices, and cotton.

The RAINMUMBAI initiative is explicitly city-specific and monsoon-specific for now, but the underlying CDR framework can be scaled to other cities and weather parameters — potentially unlocking India's first temperature or wind-based derivatives in future iterations.

In News:

The Indian Council of Agricultural Research (ICAR) has recommended the use of ammonium sulphate for paddy cultivation as a low-cost fertilizer option to help farmers improve crop nutrition and maintain soil fertility. The recommendation comes amid growing concerns over India's heavy dependence on urea, fertilizer import disruptions from West Asia, and widespread sulphur deficiency in Indian agricultural soils.

What is Ammonium Sulphate?

Ammonium sulphate — chemical formula (NH?)?SO? — is an inorganic, water-soluble mineral fertilizer produced by reacting ammonia with sulphuric acid. It is also recovered as a valuable industrial byproduct from coke-oven gases in steel plants and from the manufacture of caprolactam (used in nylon production) and other metallurgical and chemical processes. This dual origin — direct synthesis and industrial recovery — makes it a resource-efficient fertilizer with significant circular economy value.

Its key nutritional composition: 21% Nitrogen (in the ammonium form) and 24% Sulphur (as active sulphate) — making it one of the richest dual-nutrient fertilizers available.

Why Ammonium Sulphate for Paddy?

Rice farmers frequently apply ammonium sulphate to flooded soils since nitrate-based fertilizers are a poor choice for waterlogged paddy fields due to denitrification losses — the microbial conversion of nitrates into nitrogen gas under anaerobic conditions. The ammonium form of nitrogen in ammonium sulphate is more stable in flooded, oxygen-deficient paddy soils, making it agronomically superior to urea in such conditions.

Additionally, paddy cultivation in India is heavily concentrated in alkaline and sulphur-deficient soils across states like Uttar Pradesh, Punjab, and Haryana. Ammonium sulphate addresses both challenges simultaneously — its acidifying effect lowers soil pH in alkaline soils while replenishing sulphur, which is increasingly becoming a deficient macronutrient in Indian farmlands due to the shift away from sulphur-containing fertilizers.

Sulphur plays a critical role in protein synthesis, chlorophyll formation, oil content in oilseeds, and quality parameters of cereals — making sulphur nutrition essential for both yield and produce quality.

The Urea Problem: Why a Shift is Needed

India's fertilizer economy is dangerously skewed toward urea, which accounts for the bulk of nitrogen fertilizer consumption. This creates multiple structural problems: fiscal pressure through enormous subsidies (urea is the most heavily subsidised fertilizer), soil nutrient imbalance (urea provides only nitrogen, exacerbating sulphur and other micronutrient deficiencies), and import vulnerability (India imports significant quantities of urea and its feedstocks).

Fertilizer imports from West Asian suppliers including Saudi Arabia, Qatar, UAE, Oman, and Israel are facing major shipping and logistics disruptions due to ongoing regional conflict in 2026 — making diversification of India's fertilizer basket both an agronomic and a strategic food security imperative.

Broader Applications of Ammonium Sulphate

Beyond agriculture, ammonium sulphate finds use across several industries: water treatment (as a coagulation aid), food processing (as a dough conditioner and food additive approved under FSSAI standards), pharmaceuticals (protein precipitation in biologics manufacturing), and textile processing (in dyeing and printing). Its multisectoral utility underscores its importance as an industrial chemical beyond the farm

In News:

In a breakthrough that could reshape astronomers' understanding of how stars evolve, researchers have made the world's first confirmed discovery of a blue straggler star hosting a brown dwarf companion in an extraordinarily compact binary system. The findings have been published in the prestigious journal Monthly Notices of the Royal Astronomical Society: Letters.

The Research Team: India's Scientific Institutions at the Forefront

Scientists from Gauhati University (supported under the INSPIRE programme of the Department of Science and Technology), the Indian Institute of Astrophysics (IIA), Bengaluru, the Aryabhatta Research Institute of Observational Sciences (ARIES), Nainital, and the INAF-Catania Astrophysical Observatory, Italy collaborated on the discovery. The study demonstrates how innovative analysis of archival astronomical data can yield landmark discoveries without requiring new or expensive observational facilities — a significant lesson for India's growing space science community.

What are Blue Straggler Stars?

Blue Straggler Stars (BSS) are anomalous stellar objects found in old, dense stellar systems such as globular and open star clusters. In a cluster, all stars are expected to be of roughly similar age — meaning they should evolve at comparable rates. Yet blue stragglers appear brighter, hotter, and bluer than their peers, defying the standard stellar evolution timeline. Instead of cooling and expanding as expected at a certain stage, they remain on — or even extend beyond — the main sequence.

Three formation mechanisms are hypothesised: the star accretes mass from a companion (mass transfer); two stars directly merge; or a third star facilitates mass transfer through gravitational perturbations — known as Kozai-Lidov oscillations.

The Historic Discovery

The team found that the binary system has an exceptionally short orbital period of approximately 5.6 hours (0.234 days) and contains the lightest companion ever detected around a blue straggler, with a mass of approximately 0.056 times the mass of the Sun — placing it firmly below the hydrogen-burning limit.

This companion is a brown dwarf — an object too massive to be classified as a planet, but too small to ignite nuclear fusion and become a true star. The study reveals the shortest-period binary system discovered inside the so-called "brown dwarf desert" — a region in stellar science where such companions are considered extremely rare.

Formation Pathway: The Triple-Star Origin

The researchers propose that the system originated as a hierarchical triple-star system — with an inner binary containing a brown dwarf companion and an outer evolved tertiary star. Mass transfer and Kozai-Lidov oscillations induced orbital excitation and merger of the progenitor and the tertiary star, forming the blue straggler. Subsequent tidal dissipation then circularised the inner orbit, producing the present-day compact BSS-BD binary with a short-period, nearly circular orbit.

Scientific Significance

The discovery has multi-layered implications for astronomy. It refines theoretical models of stellar evolution, binary interactions, and substellar object formation — models that underpin data interpretation from both ground-based observatories and space telescopes globally. It also advances understanding of how extreme stellar environments affect orbital dynamics and evolutionary pathways — essential for modelling the long-term structure of the universe.

In News:

Union Minister of State (IC) for Ayushlaunched the Ayush Anudan Portal at Kartavya Bhawan, New Delhi, a significant step towards strengthening digital governance and enhancing transparency in the Ayush sector. The portal is developed under the Ayush Grid initiative, the Ministry's overarching digital transformation framework.

What is the Ayush Anudan Portal?

The portal is developed by the Ministry of Ayush under the Ayush Grid initiative, marking a major milestone in streamlining the submission, processing, approval, and monitoring of funding proposals under various Central Sector Schemes of the Ministry.

The Central Sector Schemes covered under this portal include:

• Ayurgyan (research and innovation in Ayush systems)
• Ayurswasthya (health promotion through Ayush)
• Conservation, Development and Sustainable Management of Medicinal Plants
• International Co-operation
• Promotion of Information, Education and Communication (IEC)

The primary objective of this portal is to ensure 100% transparency, efficiency, accountability and easy accessibility in the grant management process.

Key Features

• Paperless Governance: The portal enables organisations and institutions to submit funding proposals entirely through an online process, eliminating dependency on manual and paper-based systems.
• Scheme-Wise Application Management: The platform categorises, processes, and monitors proposals according to the specific requirements of each Central Sector Scheme — ensuring targeted and structured grant disbursement.
• Real-Time Tracking: A real-time application tracking mechanism allows both applicants and officials to monitor proposal status at every stage of processing — bringing process visibility that was previously absent in grant administration.
• NGO Darpan Integration: Integration with the NGO Darpan Portal facilitates seamless authentication and verification of applicant organisations, making the validation process faster, automated, credible, and error-free. NGO Darpan, managed by NITI Aayog, is the central government's registry of civil society organisations.
• Single-Window Access: The portal is accessible through the My Ayush Integrated Services Portal (MAISP) — the Ministry's single-window digital platform — ensuring integration with the broader Ayush digital ecosystem.

Ayush Grid: The Broader Digital Framework

• Ayush Grid is a visionary digital initiative of the Government of India aimed at establishing an integrated, transparent, and citizen-centric digital ecosystem for the Ayush sector through modern technology.
• It is compliant with the Ayushman Bharat Digital Mission (ABDM) architecture and has already produced digital platforms across education, research, healthcare services, medicinal plant administration, drug regulation, capacity building, and global outreach.
• The Anudan Portal represents the grant management pillar of this ecosystem — a critical component since much of Ayush sector R&D, institution-building, and medicinal plant conservation is funded through central grants to universities, hospitals, research bodies, and NGOs.

Significance

The launch reflects a broader policy shift in governance: moving from discretionary and opaque grant allocation toward rules-based, technology-mediated, and auditable fund flows. For the Ayush sector — which encompasses Ayurveda, Yoga, Naturopathy, Unani, Siddha, and Homoeopathy — this is particularly significant given the sector's expanded role post-COVID and its growing international visibility through initiatives like the WHO Global Centre for Traditional Medicine (GCTM) in Jamnagar, Gujarat

In News:

In December 2023, scientists examining data from NASA's MAVEN (Mars Atmosphere and Volatile Evolution) mission stumbled upon something completely unexpected — observations of an atmospheric effect never before seen in Mars' atmosphere. A new study published in Nature Communications now provides the first comprehensive observations of the Zwan-Wolf effect in Mars' atmosphere — a phenomenon previously believed exclusive to planetary magnetospheres like Earth's.

What is the Zwan-Wolf Effect?

Discovered in 1976, the Zwan-Wolf effect describes a process in which charged particles are squeezed and redistributed along magnetic structures called flux tubes — much like toothpaste being pressed through a tube. When the solar wind — a continuous stream of charged particles emanating from the Sun — approaches a planet's magnetic boundary, it becomes compressed near those boundaries. This creates a pressure gradient that pushes charged particles along magnetic field lines, leaving a region of lower particle density near the stream.

On Earth, this mechanism plays a crucial role in deflecting solar wind and protecting the planet's surface. Until now, it had only been documented within planetary magnetospheres, never in an atmosphere.

The Discovery: Why Mars Makes It Surprising

Unlike Earth, Mars lacks a global magnetic field, which significantly impacts how it interacts with solar wind and space weather. Instead, Mars possesses only an induced magnetosphere — generated by the interaction of solar wind with its ionosphere — that can vary dramatically in size and shape during large solar weather events.

MAVEN detected the Zwan-Wolf effect within Mars' ionosphere — less than 200 km above the surface — where a substantial number of electrically charged particles reside. The detection occurred during a powerful solar storm in December 2023, which appears to have amplified the effect to detectable levels.

Based on their findings, the Zwan-Wolf effect may be occurring constantly in the Martian ionosphere but at levels undetectable by MAVEN's instrumentation — the solar storm effectively made the invisible visible.

Scientific Significance

The discovery carries multiple implications.

• First, it demonstrates that solar wind interactions in unmagnetised planetary atmospheres are far more complex than previously modelled.
• Second, understanding the Zwan-Wolf effect at Mars offers new insight into how this phenomenon might occur at similarly unmagnetised bodies such as Venus and Saturn's moon Titan.
• Third, it advances understanding of Mars' atmospheric loss — MAVEN has already established that Mars lost approximately two-thirds of its early atmosphere to space, a process central to why the planet transitioned from a potentially habitable, water-bearing world to the cold desert observed today.

About MAVEN

Launched in November 2013 and arriving at Mars in September 2014, MAVEN is the first spacecraft mission dedicated to surveying Mars' upper atmosphere. It carries three instrument packages — studying solar wind impacts on the ionosphere, ultraviolet activity in the upper atmosphere, and atmospheric composition through mass spectrometry. Notably, MAVEN lost contact with ground stations on 6 December 2025, and NASA launched an anomaly review board in February 2026 to assess its condition and likelihood of recovery — making this discovery among its potentially final scientific contributions.

In News:

The Ministry of Rural Development (MoRD) has initiated a nationwide roadmap for women-led rural marketing ecosystems through the SHE-MART (Self Help Entrepreneurs–Marketing Avenues for Rural Transformation) initiative announced in the Union Budget 2026. A two-day National Consultationorganised by Deendayal Antyodaya Yojana–National Rural Livelihoods Mission (DAY-NRLM) was held in Bhubaneswar, hosted by the Odisha Livelihoods Mission under the state's Mission Shakti Department, to finalise operational guidelines for national rollout.

What is SHE-MART?

SHE-MART is a Government of India initiative under DAY-NRLM to create community-owned, women-led retail and aggregation platforms at the cluster-level federation of Self-Help Groups (SHGs). Unlike conventional subsidy-driven retail outlets, SHE-MARTs are envisioned as decentralised, professionally managed enterprise ecosystems that provide SHG members direct, structured access to formal markets — without intermediaries.

Products supported under SHE-MARTs include SHG-made goods across sectors: handicrafts, textiles, food products, agricultural produce, and value-added processed items.

Key Features

• Community Ownership: Retail outlets are owned and managed by women's collectives within cluster-level federations — ensuring governance remains with the community rather than external agencies.
• Market Integration: SHE-MARTs provide permanent retail infrastructure and aggregation points, reducing dependence on informal and exploitative marketing channels.
• Economic Value Chain Progression: The initiative explicitly aims to shift women from income generation to enterprise ownership — transforming SHG members from earners to business owners with control over branding, pricing, and distribution.
• Convergence with VB-GRAM-G: The consultation highlighted significant convergence opportunities between SHE-MARTs and the VB-GRAM-G initiative — particularly in women-centric infrastructure development, demand generation, and market support systems.
• Technology Integration: Discussions covered technology-enabled business processes, monitoring mechanisms, and professional retail management systems while preserving community governance.

Institutional Context and Strategic Vision

The consultation brought together Senior officials from State Rural Livelihoods Missions (SRLMs), NABARD, financial institutions, development practitioners, and sector experts. The MoRD Additional Secretary emphasised that SHE-MARTs must evolve as community-owned platforms rather than subsidy-dependent structures — a critical design principle distinguishing this initiative from earlier rural retail schemes.

Odisha's experience through Mission Shakti in building decentralised women-led enterprise ecosystems was highlighted as a replicable model for other states.

The Ministry reaffirmed its overarching target of creating three crore additional LakhpatiDidis by 2029 — women SHG members earning over ?1 lakh annually — with SHE-MARTs serving as a critical vehicle for scaling enterprise incomes beyond basic livelihood support.

In News:

A landmark study published in the journal PLOS Biology has developed a DNA-based genomic reference map capable of tracing the geographic origin and trafficking routes of illegally traded pangolins with remarkable precision. The findings have significant implications for wildlife crime enforcement, including in India.

The Scientific Breakthrough

Pangolins account for nearly a third of all recorded international wildlife seizures in recent years, making them the world's most heavily trafficked mammals. Despite this, forensic tracing has long been hampered by the difficulty of extracting usable DNA from degraded pangolin samples confiscated at borders.

The research team overcame this barrier by employing a gene-capture method to recover usable genomic information from degraded samples. The team sequenced DNA from more than 700 samples — drawn from museum collections, field sites, bushmeat markets, and international trade seizures — covering Sunda, Chinese, and white-bellied pangolins. Using genetic data from specimens of known geographic origin, they constructed a genomic reference map capable of tracing each trafficked individual back to its source population.

A key innovation was the development of a single gene-capture kit that works across all eight pangolin species and on degraded museum specimens, making genomic tracing more accessible, scalable, and practical for real-world conservation and forensic use.

Global Poaching Hotspots Identified

The data revealed several hotspots of illegal pangolin collection, including southwestern Cameroon, Myanmar, and multiple locations across Africa. The genetic record also tracks major trade routes across the borders of China and between Indonesian islands.

A particularly significant finding for India: the genomic data exposed an active illicit wildlife network originating from northeastern India — around Arunachal Pradesh and Assam — and potentially Bhutan, directly supplying Yunnan province in China. This makes India's northeastern biodiversity corridor a critical front in the global battle against wildlife trafficking.

Dismantling the Domestic-International Divide

One of the study's most consequential revelations is that domestic pangolin trade is largely local but overlaps with the same sourcing regions that supply international trafficking — revealing a connected supply chain rather than separate markets. This disproves the earlier assumption that local and global pangolin trafficking operate independently.

About Pangolins: Conservation Context

There are eight pangolin species globally — four African (Black-bellied, White-bellied, Giant Ground, Temminck's Ground) and four Asian (Indian, Philippine, Sunda, Chinese). All eight are listed under Appendix I of CITES, prohibiting commercial trade. On the IUCN Red List, the Indian Pangolin (Manis crassicaudata) is Endangered, while the Chinese Pangolin (Manis pentadactyla) — found in India's Northeast — is Critically Endangered. Both species receive the highest domestic legal protection under Schedule I of the Wildlife (Protection) Act, 1972.

Pangolins are ecologically vital — their digging aerates soil and controls ant and termite populations — but biologically vulnerable. Females produce only a single offspring at a time, meaning population recovery after depletion is extremely slow. Their defensive instinct of rolling into a ball, effective against natural predators, makes them trivially easy for poachers to collect by hand.

In News:

The Defence Research and Development Organisation (DRDO) successfully conducted flight trials of the Unmanned Aerial Vehicle Launched Precision Guided Missile Version 3 (ULPGM-V3) at the National Open Area Range (NOAR), Kurnool, Andhra Pradesh. The trials were carried out in the Anti-armour configuration, marking a significant milestone in India's indigenous drone-based precision strike capability.

About ULPGM-V3

ULPGM-V3 is an advanced drone-launched precision guided missile capable of engaging both surface and aerial targets. It is an upgraded version of the earlier ULPGM-V2, developed and delivered by DRDO. The missile was tested in two operational modes:

• Air-to-Ground mode — primarily for destroying tanks and armoured vehicles, as well as fortified bunkers.
• Air-to-Air mode — for targeting hostile drones, helicopters, and other airborne threats.

The missile was launched from an indigenously developed UAV built by NewSpace Research Technologies, Bengaluru — a domestic start-up — underscoring India's growing defence-industrial ecosystem. Development-cum-Production Partners (DcPPs) Adani Defence and Bharat Dynamics Limited (BDL), Hyderabad, along with 30 MSMEs and start-ups, contributed to the project.

Key Technical Features

• Precision Targeting: Equipped with a high-definition dual-channel seeker, the missile can engage a wide range of targets with high accuracy across varying terrain types.
• All-Weather Operations: ULPGM-V3 possesses full day-and-night operational capability, ensuring reliability under adverse visibility conditions.
• Terrain Versatility: Deployable in both plain terrains and high-altitude regions — a critical requirement given India's operational theatres in Ladakh and the northeastern highlands.
• Real-Time Guidance: A two-way data link enables post-launch target updates and mid-course aim-point corrections, making the missile highly responsive to dynamic battlefield conditions.

Three Modular Warhead Options

One of ULPGM-V3's defining features is its modular warhead architecture, offering mission-specific lethality:

• Anti-armour warhead — designed to neutralise modern armoured vehicles protected by Rolled Homogeneous Armour (RHA) combined with Explosive Reactive Armour (ERA), the two principal passive protection systems on contemporary main battle tanks.
• Penetration-cum-Blast warhead — optimised for destroying fortified structures and underground bunkers.
• Pre-fragmentation warhead — designed for area suppression and high-lethality anti-personnel effects.

Collaborative Development

The missile was jointly developed by six DRDO laboratories: Research Centre Imarat (RCI), Defence Research and Development Laboratory (DRDL), Terminal Ballistics Research Laboratory (TBRL), High-Energy Materials Research Laboratory (HEMRL), Integrated Test Range (ITR), and Defence Electronics Research Laboratory (DLRL). DRDO is actively pursuing integration of ULPGM weapons with long-range, high-endurance UAVs from multiple Indian companies.

Strategic Significance

The ULPGM-V3 trial is significant across several dimensions. First, it advances India's loitering and precision strike from unmanned platforms, a defining feature of modern warfare demonstrated in conflicts in Ukraine, Nagorno-Karabakh, and West Asia. Second, it reflects the maturation of India's defence start-up ecosystem — a UAV built by a private Indian start-up launching a DRDO missile represents genuine civil-military industrial integration. Third, the modular warhead design offers the Indian Army and Air Force operational flexibility across counter-armour, counter-infrastructure, and counter-drone missions.

In News:

Recently, the SMILE spacecraft lifted off on a Vega-C rocket from Europe's Spaceport in French Guiana, marking the successful launch of one of the most ambitious international space science collaborations in recent years — and a landmark moment in China-Europe scientific cooperation.

What is SMILE?

SMILE stands for Solar wind Magnetosphere Ionosphere Link Explorer. It is the first mission-level, all-round, in-depth collaborative space science exploration project between the Chinese Academy of Sciences (CAS) and the European Space Agency (ESA), selected from a pool of 13 candidate missions proposed under a joint ESA-CAS call in 2015 and adopted into ESA's Science Programme in 2019.

SMILE's core objective is to study how Earth's magnetosphere — the planet's invisible magnetic shield — responds to the continuous bombardment of charged particles and radiation from the Sun, collectively called the solar wind. It will make the world's first X-ray observations of Earth's magnetic shield and use an ultraviolet camera to watch the northern lights non-stop for 45 hours at a time.

Orbit and Technical Specifications

SMILE will be placed in a highly inclined 73-degree, highly elliptical orbit, reaching approximately 121,000 km above the North Pole at apogee — about a third of the distance to the Moon. This vantage point allows continuous, uninterrupted observation of the magnetosphere's entirety during each orbit. Following launch, SMILE will spend around one month travelling to its operational orbit, with scientific data collection expected to officially begin in September 2026. The spacecraft weighs approximately 2,300 kg and has a nominal mission lifetime of three years.

Four Scientific Instruments

The mission carries four complementary instruments operating across X-ray and ultraviolet wavelengths, combining both remote sensing and in situ measurements:

• Soft X-ray Imager (SXI) — developed by ESA (University of Leicester/UKSA): It detects X-rays produced when heavy ions in the solar wind collide with neutral particles in Earth's exosphere through a process called solar wind charge exchange (SWCX), yielding the first global X-ray images of Earth's magnetosphere.
• Ultraviolet Aurora Imager (UVI) — jointly contributed by ESA and CAS: captures continuous ultraviolet imagery of auroral activity across polar regions.
• Light Ion Analyser (LIA) — developed by CAS: measures properties and behaviour of solar wind ions in situ near Earth.
• Magnetometer — developed by CAS: records magnetic field variations along SMILE's orbit.

Why It Matters: Space Weather and Civilisational Risk

Earth's magnetosphere is not merely a scientific curiosity — it is the essential shield that makes life possible. Without it, solar radiation would strip away the atmosphere and irradiate the surface. Understanding its dynamics has urgent practical implications: geomagnetic storms triggered by intense solar activity can disrupt power grids, satellite communications, GPS navigation, and aviation systems — risks that grow as human civilisation becomes more technologically dependent.

In News:

With the 16th Asiatic Lion Census (May 2025) recording 891 lions in Gujarat — a 32% rise from 674 in 2020 — conservation attention has sharply shifted to Barda Wildlife Sanctuary as India races to establish a second, genetically secure habitat for Panthera leo persica, the world's last surviving population of wild Asiatic lions.

The Single-Point-of-Failure Problem

Every wild Asiatic lion on Earth inhabits a single forest — Gir, Gujarat. This geographic concentration represents one of conservation science's most dangerous configurations: a single point of failure. The consequences became starkly visible in 2018, when Canine Distemper Virus, spread by feral dogs on Gir's periphery, killed 28 lions within weeks. Had the outbreak spread further, it could have triggered a species-level extinction event.

Gir covers just 1,412 sq km. Of the 891 lions counted in 2025, over 507 now live outside the Gir Protected Area — on farmland, near open wells, and along railway tracks — creating dangerous human-wildlife conflict. Population growth, paradoxically, has amplified vulnerability rather than reduced it.

About Barda Wildlife Sanctuary

• Located in the Barda Hills of Gujarat, approximately 100 km west of Gir near the coastal city of Porbandar, Barda Wildlife Sanctuary spans 192.31 sq km of rugged, semi-arid terrain in the Saurashtra region.
• Known locally as Jam Barda, it was historically a private hunting ground for the royal families of Jamnagar and Porbandar. The sanctuary is drained by the Bileshvary and Joghri rivers, with Khambala and Fodara dams within its landscape. Local communities including Maldharis, Bharvads, Rabaris, and Gadhvis inhabit surrounding areas.
• Its flora encompasses approximately 650 plant and tree species including Babul, Bamboo, Amli, and Jamun, alongside medicinal plants. Fauna includes leopards, wolves, sambar deer, chinkara, hyenas, nilgai, and diverse avifauna such as crested serpent eagles.

Conservation Milestones

Lions had been absent from Barda since 1879 — a silence of 143 years. The Gir-Barda Project was initiated in 1979 to restore the sanctuary as a satellite lion habitat. After sustained ecological restoration, a male lion walked in independently in 2023. Five lionesses were subsequently translocated under scientific supervision, bred naturally, and produced 11 cubs. The 2025 census recorded 17 lions at Barda.

It has since been designated Satellite Population 8 under Project Lion — PM Modi's ?2,927 crore national conservation programme — making Barda the first fully protected satellite lion habitat in Gujarat.

Scientific Interventions

Prey base restoration was the immediate priority. Early surveys found only 119 chital (spotted deer) across Barda. The Gujarat Forest Department employed the Boma technique — an African method using funnel-shaped canvas enclosures to gently herd animals — to translocate chital from Gir (where population exceeds 90,000), avoiding the risks of capture myopathy associated with chemical tranquilisers.

Genetic vulnerability poses an equally serious long-term threat. Historical hunting reduced Asiatic lions to fewer than 50 individuals in the early 20th century, causing severe genetic bottlenecks. Scientists are now deploying satellite telemetry and targeted relocations to maximise genetic diversity within Barda's pride, strengthening disease resistance and reproductive viability.

On World Lion Day 2025, Gujarat announced ?180 crore for Barda's development, including a ?75 crore safari park.

Broader Policy Context

India is hosting the first-ever IBCA (International Big Cat Alliance) Summit in New Delhi on 1–2 June 2026, underscoring the global significance of big cat conservation. Union Environment Minister Bhupender Yadav recently reiterated the scientific consensus: one forest is categorically insufficient to secure the species' future.

In News:

The Ministry of Food Processing Industries (MoFPI) recently highlighted India's dominant position in global jaggery production, underscoring the sector's nutritional, economic, and export significance through a PIB release titled "The Superfood Sweetener."

India's Global Leadership

• India accounts for over 70% of global jaggery production, cementing its status as the world's largest natural sweetener producer. Nearly 20–30% of the country's total sugarcane output — estimated at 444.9 million tonnes in 2024–25 — is diverted towards jaggery making. The sector supports approximately 2.5 million rural livelihoods through decentralised cottage industries, low-cost processing, and small-scale entrepreneurship.
• In terms of state-wise production, Uttar Pradesh leads with 48.5% of total output, followed by Maharashtra (24.1%) and Karnataka (10.5%), with other contributors including Gujarat, Tamil Nadu, Bihar, and Uttarakhand.

What is Jaggery?

• Commonly known as gur, jaggery is a traditional, unrefined natural sweetener produced by concentrating sugarcane juice without chemical refining. Unlike white sugar, it retains essential minerals — calcium, magnesium, potassium, phosphorus, sodium, iron, zinc, copper, and manganese — along with trace vitamins including folic acid, B-complex, and vitamins A, C, D, and E. A good-quality jaggery contains over 70% sucrose, with approximately 5% mineral content.
• Its iron content (10–13 mg per 100 g) supports haemoglobin levels, making it valuable in addressing anaemia — a critical public health challenge in India.
• Its history dates to the Vedic period (1400–1000 BCE), with the word "sugar" itself derived from the Sanskrit sarkara, reflecting deep civilisational roots.

Export Performance

Jaggery exports have recorded impressive growth — rising by 106.5% in value (from USD 197 million in 2015–16 to USD 406.8 million in 2024–25) and 61.2% in volume. Major export destinations include Indonesia, the USA, the UAE, Nigeria, and Nepal. During April–January 2025–26, exports further grew by 15.9% in value year-on-year, reflecting strong and sustained international demand for natural sweeteners.

Government Policy Support

Several central schemes promote the jaggery sector:

• Pradhan Mantri Kisan SAMPADA Yojana (PMKSY): Five jaggery processing units approved with grants-in-aid of ?17.07 crore.
• PM Formalization of Micro Food Processing Enterprises (PMFME) Scheme: 3,528 jaggery-based micro units supported with subsidies totalling ?102.31 crore, including 50% branding and marketing assistance to FPOs, SHGs, and cooperatives.
• One District One Product (ODOP): Jaggery identified as an ODOP product in 19 districts, facilitating value chain development.
• AGMARK Certification: Ensures quality standardisation, market credibility, and export readiness.

GI-Tagged Jaggery Varieties

India's rich regional diversity is reflected in its Geographical Indication (GI)-tagged jaggery products: Kolhapur Jaggery (Maharashtra) — prized for golden colour and high sucrose; Muzaffarnagar Gur (Uttar Pradesh) — export-oriented, made from high-quality cane; and Marayoor and Central Travancore Jaggery (Kerala) — recognised for purity, medicinal value, and traditional processing methods.

In News:

Prime Minister Narendra Modi and Italian Premier Giorgia Meloni, during Modi's official visit to Italy, co-authored a joint op-ed titled "A Strategic Partnership for the Indo-Mediterranean", outlining an expanded roadmap for bilateral cooperation. The two nations formally elevated their relationship to a Special Strategic Partnership — a significant diplomatic milestone grounded in shared democratic values and complementary economic strengths.

The Indo-Mediterranean: A New Strategic Concept

The joint op-ed introduced the geopolitical concept of the "Indo-Mediterranean" — a corridor linking the Indian Ocean to Europe through trade, technology, energy, data, and ideas. Both nations occupy strategic positions at the intersection of two globally critical economic hubs: India in the Indo-Pacific and Italy in the Mediterranean. The leaders argued these regions must no longer be viewed as separate spheres but as increasingly interconnected spaces shaping global dynamics.

Key Pillars of Cooperation

• Trade and Economy: India and Italy have set an ambitious target of exceeding €20 billion in bilateral trade by 2029. Priority sectors include defence and aerospace, clean technologies, machinery, automotive components, chemicals, pharmaceuticals, textiles, agri-food, and tourism. The ongoing EU-India Free Trade Agreement negotiations provide an enabling multilateral framework for this goal. Currently, over 1,000 businesses from each country operate in the other's territory.
• Digital Infrastructure and AI: India's Digital Public Infrastructure (DPI) model has found resonance globally, particularly in the Global South. Italy and India committed to responsible, human-centred AI development — combining India's digital scale with Italy's ethical and industrial expertise. Both leaders underscored that technology must not undermine fundamental rights or manipulate democratic processes. This commitment aligns with the outcomes of the AI Impact Summit 2026 held in New Delhi and Italy's ongoing G7 Presidency.
• Defence, Space, and Energy: Cooperation was outlined in security of critical maritime routes, renewable energy, hydrogen technologies, smart grids, and resilient infrastructure. Both nations also affirmed collaborative participation in key India-led multilateral initiatives — the International Solar Alliance (ISA), the Coalition for Disaster Resilient Infrastructure (CDRI), and the Global Biofuels Alliance (GBA).
• IMEC: India and Italy reaffirmed commitment to the India-Middle East-Europe Economic Corridor (IMEC), announced at the G20 Summit in New Delhi in September 2023, as a transformative connectivity project linking the regions through transport, digital networks, energy systems, and supply chains.

Civilisational Resonance

The leaders drew a cultural parallel between India's VasudhaivaKutumbakam ("The world is one family") and Italy's humanist Renaissance tradition — both emphasising human dignity and the unifying power of culture. This civilisational alignment reinforces the depth of the partnership beyond mere transactional diplomacy.

In News:

The Fifth Meeting of the Scientific Steering Committee (SSC) on the National One Health Mission (NOHM) was held at Kartavya Bhavan, New Delhi, under the chairmanship of Prof. Ajay K. Sood, Principal Scientific Adviser (PSA) to the Government of India.

About the National One Health Mission

• Established with Cabinet approval in February 2024, following the recommendation of the 21st PM-STIAC (Prime Minister's Science, Technology and Innovation Advisory Council), the NOHM represents India's most ambitious attempt at building an integrated disease control and pandemic preparedness architecture. The mission adopts a collaborative, multidisciplinary approach — uniting human, animal, and environmental health systems under one coordinated framework.
• The nodal implementing agency is the Indian Council of Medical Research (ICMR) under the Department of Health Research (DHR), while strategic oversight rests with the Office of the Principal Scientific Adviser (OPSA). The mission currently engages more than 16 Central Ministries and Departments, including the Ministries of Health, Environment, Earth Sciences, Agriculture, and Ayush.

Governance Structure

The mission operates through a two-tiered governance model:

• The Executive Committee, chaired by the Minister of Health and Family Welfare with the PSA as Vice-Chair, provides overall policy guidance. Member (Health), NITI Aayog serves as a permanent invitee, while secretaries of stakeholder departments and two states (on a rolling basis) are members.
• The Scientific Steering Committee, chaired by the PSA, provides scientific direction and oversight. It includes Secretaries and Directors General of all stakeholder departments alongside two rotating state representatives.

Key Outcomes of the Fifth SSC Meeting

• The Committee released proceedings of two major events: the National One Health Assembly (November 2025) and the Workshop on Operational Frameworks for One Health held at Nagpur, which brought together States and Union Territories to align governance structures with NOHM objectives.
• Discussions covered short-, medium-, and long-term One Health priorities, with emphasis on integrated surveillance, laboratory strengthening, AI-enabled pathogen detection, cross-sectoral data sharing, and development of medical countermeasures.
• Updates were also presented by key advisory work streams, including those on BSL-3/4 Laboratories, Technology-Enhanced Surveillance, Data Integration, and Medical Countermeasures. Notably, India is developing a national network of high-security laboratories — currently 22 BSL-3/4 facilities — with a new BSL-4 facility foundation-laid in Gujarat in January 2026.

Significance and Global Linkages

The mission aligns with the One Health Joint Plan of Action (OH JPA) 2022–2026 of the Quadripartite alliance — FAO, UNEP, WHO, and WOAH — reflecting India's commitment to global health security norms. It also complements the existing National One Health Programme for Prevention and Control of Zoonoses (NOHP-PCZ) under the NCDC umbrella scheme.

India's first State/UT engagement workshop (June 2025, New Delhi) saw participation from 27 States and UTs — underscoring the federal dimension of health governance.

In News:

During Prime Minister Narendra Modi's recent visit to the Netherlands, the Dutch government formally returned the Anaimangalam Copper Plates — also called the Leiden Plates — to India. The repatriation marks a significant diplomatic achievement and revives interest in one of South Asia's most powerful medieval empires.

Historical Significance

The Anaimangalam Copper Plates are a set of 21 inscribed copper sheets dating to the reign of Emperor Rajaraja Chola I (985–1014 CE) and his son Rajendra Chola I. Together, they weigh approximately 30 kg and are bound by a bronze ring bearing the royal seal of Rajendra Chola I. The plates are bilingual — early plates carry Sanskrit text tracing the Chola royal genealogy and invoking divine legitimacy, while the majority are in Tamil, recording administrative and grant-related details.

The Tamil section is of particular historical import: it documents Rajaraja Chola I's grant of land revenues from villages near Anaimangalam in Tamil Nadu to the Chudamani Vihara, a Buddhist monastery at the bustling port of Nagapattinam. Crucially, this monastery had been built by Sri Mara Vijayotunga Varman, the ruler of the Srivijaya kingdom — a maritime empire centred in present-day Indonesia. Although the grant was originally a verbal order of Rajaraja, Rajendra later had it formally engraved on copper to ensure its preservation — an act reflecting the period's administrative sophistication.

Why It Matters: Heritage, Trade and Pluralism

The plates offer rare primary evidence of the Chola Empire's cosmopolitan character. At their peak, the Cholas dominated South India, Sri Lanka, and launched naval campaigns across Southeast Asia. Their reign saw flourishing Indian Ocean trade networks, cross-cultural patronage, and — as these plates demonstrate — active religious pluralism, with a Hindu king endowing land revenues for a Buddhist monastery constructed by a foreign ruler.

This makes the Anaimangalam Copper Plates a unique document at the intersection of diplomacy, religion, and commerce across medieval Asia.

Colonial Displacement and Repatriation

The plates' displacement began around 1700 CE when Dutch missionary Florentius Camper acquired them during the Dutch East India Company's (VOC) control of Nagapattinam. They subsequently reached the Leiden University Library in the Netherlands, where they remained for over three centuries — accessible to scholars but not the general public.

India's systematic repatriation drive, strengthened since 2012, received a significant boost when the UNESCO Intergovernmental Committee (2023) validated India's claim as the country of origin and recommended bilateral talks. The Netherlands' decision to return the plates is a direct outcome of this sustained diplomatic engagement.

In News:

The Indore Bench of the Madhya Pradesh High Court issued a landmark judgment declaring the disputed 11th-century Bhojshala-Kamal Maula Mosque complex in Dhar district fundamentally a Hindu temple dedicated to Goddess Vagdevi (Saraswati). In doing so, the High Court quashed a 2003 Archaeological Survey of India (ASI) arrangement that allowed shared worship (Tuesdays for Hindus, Fridays for Muslims) and transferred administrative stewardship to the ASI.

Core Historical Background of the Complex

The Bhojshala complex represents a critical site of medieval architecture, epigraphy, and educational heritage.

• The Paramara Legacy: The complex is historically tied to Raja Bhoj (1010–1055 CE) of the Paramara dynasty, a celebrated polymath and patron of arts and Sanskrit literature. He established the site as a premier university (Bhojshala) and temple dedicated to Vagdevi.
• Epigraphical Significance: The site houses unique Sarpabandha (serpentine chart) pillar inions containing grammatical tools like the Sanskrit alphabet and tenses. Additionally, walls feature ancient Prakrit odes honoring the Kurma-Avatara (tortoise incarnation of Vishnu) and theatrical dramas composed by the royal tutor Madana.
• The Vagdevi Idol: A highly sophisticated 11th-century white marble sculpture of Goddess Saraswati was excavated from the site in the late 19th/early 20th century and is currently housed in the British Museum, London.
• The Mosque Conversion Claim: The Muslim community identifies the site as the Kamal Maula Mosque, attributing its foundation to Hazrat Maulana Kamaluddin Chishti around 1306–1307 CE. Historical records like the Imperial Gazetteer of India (1908) corroborate that the mosque was built by reusing structural elements (basalt pillars and carved stone slabs) from a pre-existing Hindu temple.

Key Legal and Constitutional Dimensions

The high court's judgment introduces critical interpretations of Indian statutory and constitutional law:

1. Decoupling from the Places of Worship Act, 1991

The primary defense argued that the Places of Worship (Special Provisions) Act, 1991, freezes the religious character of any place of worship as it existed on August 15, 1947.

The High Court rejected this, clarifying that Section 4(3)(a) of the 1991 Act explicitly excludes any ancient and historical monument covered under the Ancient Monuments and Archaeological Sites and Remains (AMASR) Act, 1958. Because the Bhojshala complex had been declared a protected monument since 1904, it is exempt from the 1991 freeze, leaving its religious character open to judicial determination based on historical truth.

2. Application of the "Ayodhya Framework" and Preponderance of Probabilities

Instead of treating this as a property title suit (like the Babri Masjid case), the court addressed it as a Writ Petition under Article 226 seeking the enforcement of the fundamental right to worship (Article 25).

The Bench applied the 10 core judicial principles from the Supreme Court's 2019 Ayodhya Verdict, establishing that:

• The standard of proof is the preponderance of probabilities rather than mathematical certainty.
• Architectural and scientific evidence (like the 2,189-page ASI report detailing 1,700 artifacts and reused temple columns) holds strong evidentiary weight.
• The legal "pious purpose" and continuity of Hindu worship at the core of the deity's endowment are never legally extinguished by the physical destruction of an idol or subsequent architectural modifications.