Current Affairs – November 28, 2025

{GS2 – Polity} SC Directions on Online Content Regulation **

• Context (TH): The Supreme Court directed the Centre to develop effective guidelines to regulate abusive, obscene, and harmful user-generated content on digital platforms.

Key Observations and Directives

• Independent Regulator: The Court found existing ‘self-regulation mechanisms’ inadequate and stressed the need for a neutral, autonomous authority to oversee online content.
• Preventive Mechanisms: Current systems act only after viral content causes psychological and reputational harm, highlighting the need for tools that prevent initial spread.
• Free Speech Limits: The Court reaffirmed the protection of Article 19(1)(a), but noted that reasonable restrictions under Article 19(2) must uphold decency, morality, and public order.
• Ambiguous Definitions: Broad and vague terms like “anti-national attitudes” can be misused unless precisely defined using judicially tested standards.
• Age Verification: The bench suggested using Aadhaar-based or similar strong age-verification models since simple disclaimers don’t prevent access to harmful content.
• PwD Protection: It called for enacting a strict law penalising the ridicule of persons with disabilities, similar in approach to the SC/ST (Prevention of Atrocities) Act.

Read More > Obscene Online Content Regulation

{GS2 – MoMA} PM Jan Vikas Karyakram **

• Context (PIB): The Ministry of Minority Affairs held a nationwide review of PM Jan Vikas Karyakram (PMJVK) to improve last-mile outcomes in minority-concentrated areas.

About PM Jan Vikas Karyakram

• A Centrally Sponsored Scheme implemented by the Ministry of Minority Affairs to bridge development deficits in Minority Concentration Areas (MCAs) across India.
• Covers both urban and rural minority clusters across 700+ MCAs and targets MCAS where the minority population exceeds 25% and socio-economic indicators lag behind national averages.
• Funding Pattern is 90:10 for NE/Hill States, 60:40 for others, 100% for UTs (as per CSS norms).

Objectives of PMJVK

• Reduce regional development deficits through education, health, civic amenities, skill infrastructure.
• Ensure equitable access to public infrastructure for minority communities.
• Strengthen social inclusion, area development, women-focused facilities, and youth-skill infrastructure.

Achievements of PMJVK Implementation

• Asset Creation: Over 12,000+ social infrastructure projects sanctioned since inception.
• Education Boost: Over 800 facilities, including smart classrooms, have been developed.
• Health Infrastructure: 500+ PHCs and maternal-health facilities established or upgraded.
• Gender Inclusion: Women’s hostels and skill centres constitute 15–20% of total project approvals.
• Digital Transparency: 100% fund releases routed through the PMJVK Portal and SNA-SPARSH in 2025.
• Community Facilities: 2,000+ community assets like Sadbhav Mandaps and skill centres for public use.

Issues in PMJVK Implementation

• Utilisation Delays: Only 62–65% of annual allocations utilised on schedule.
• Capacity Shortage: Nearly 40% MCAs have inadequate project-preparation capacity.
• Land Constraints: 25–30% PMJVK works are stuck due to land/permission bottlenecks.
• State Variation: Huge differences in fund utilisation and asset completion. E.g., Some States show above 90% utilisation, others remain below 50%.

Way Forward

• Digital Strengthening: Scale PMJVK Portal with automated alerts and public dashboards for accountable delivery. E.g., Adopt monitoring templates similar to Geo-MGNREGA for real-time verification.
• Community Ownership: Institutionalise social audits and community consultations to ensure transparency and inclusion. E.g. Follow participatory frameworks of the Aspirational Districts Programme.
• Quality Assurance: Enforce third-party audits, digital photo-evidence, and QR-tagging of assets to strengthen accountability and reduce leakages. E.g. QA models seen in the National Health Mission.
• Convergence Models: Integrate PMJVK projects with PM-SHRI schools, PM-KVK skill hubs, NHM health facilities, and Smart Cities infrastructure for greater developmental impact.

{GS3 – IE} IMF Rating on India’s GDP Data

• Context (TH): The International Monetary Fund has graded India’s national accounts and GDP statistics with a ‘C’ rating, the second-lowest in its Data Quality Assessment Framework.

Significance of IMF’s Rating

• Global Credibility: International investors rely on IMF ratings to judge data reliability for capital flows.
• Policy Accuracy: Low-quality data can distort welfare decisions, leading to inefficient policy targeting.
• Growth Perception: A weak rating raises doubts over India’s high-growth narrative.

Issues in India’s National Accounts System

• Enterprise Databases: Heavy dependence on MCA-21 company filings affects GDP estimates due to inconsistent compliance. E.g. Only ~65% of registered companies file full financial returns on time.
• Informal Sector Blindspots: Unorganised sector coverage remains limited despite forming a large part of India’s economy. E.g. Informal sector contributes >45% of GVA but relies on extrapolated ratios.
• Survey Gaps: Delay in large-scale surveys weakens household consumption and employment estimates. E.g. Consumer Expenditure Survey was not released for 2017–18, creating gaps in the data series.
• Price Deflator Issues: Outdated base year (2011–12) leads to inaccurate deflators for real GDP calculations. E.g. Services and digital economy weights do not reflect post-2020 structural changes.

Way Forward

• Survey Modernisation: Accelerate household, consumption, labour and enterprise surveys with digital tools. E.g. Computer-Assisted Personal Interviewing as adopted by OECD statistical systems.
• Database Integration: Link GSTN, MCA-21, EPFO, Income Tax data for higher coverage and reliability. E.g. Similar to the US Integrated Data Infrastructure Framework.
• Updated Base Year: Shift national accounts to a new base year capturing post-pandemic structural shifts. E.g., Align with UN System of National Accounts 2008 standards.
• Independent Review: Establish a high-level committee on statistical reform under the National Statistical Commission. E.g. Similar review panels were used during the Rangarajan Committee (2001) reforms.

{GS3 – IS} Improvised Explosive Device (IED) Used in Red Fort Car Blast

• Context (IE): Investigators suspect that the recent car blast near the Red Fort in New Delhi may have been caused by an improvised explosive device (IED).

About Improvised Explosive Device (IED)

• An Improvised Explosive Device (IED) is a homemade or non-standard explosive weapon assembled from commercial or military components to cause damage.
• Wide Range: IEDs can be built using pressure cookers, metal pipes, chemical fertilisers, cell phones, vehicle parts and other readily available items.
  • Size Variation: Their size ranges from small improvised devices to large vehicle-concealed bombs known as Vehicle-Borne IEDs (VBIEDs).
• Core Components: A typical IED contains five elements: Switch (Trigger), Initiator (Detonator), Main Charge (Explosive Material), Power Source (Battery), and Container (Casing).
  • Lethal Enhancements: Many IEDs include nails, ball bearings, or hazardous chemicals to maximise casualties during detonation.
• Trigger Methods: Common triggering systems include command-operated remote methods, timer-based systems, and victim-operated mechanisms (i.e., pressure plates).

Why IEDs Are Often Preferred Weapons of Choice?

• Cheap Components: The materials used for IEDs (e.g., fertiliser, hydrogen peroxide, and gunpowder) are inexpensive, dual-use and commercially available.
• Easy Fabrication: IEDs can be assembled with minimal training and permit wide variation in size, form, and concealment techniques.
• Low Detectability: Their improvised design and use of non-military components make them difficult for conventional screening technologies to identify.
• Remote Detonation: Many IEDs can be triggered remotely, allowing perpetrators to maintain distance and evade immediate capture.

Factors Contributing to the Decline of IED Use in India

• Ammonium Nitrate Rules: Designating ammonium nitrate as a deemed explosive has imposed tighter licensing controls and curtailed pilferage from mining sites.
• Border Controls: Enhanced border surveillance and interdiction measures have disrupted smuggling routes carrying military-grade explosives from Pakistan.
• Rule Amendments: Recent amendments to the Explosives Rules tightened transport tracking and closed logistics loopholes used to siphon legally sourced materials.
• Fertiliser Safeguards: Mandatory neem-coating and added chemical inhibitors in fertilisers have made separating ammonium compounds for explosive use technically unviable.

Way Forward for a Holistic National Counter-IED Policy

• Nodal Agency: Empower the National Bomb Data Centre (NBDC) as the central authority to integrate intelligence and remove information silos across state police and central security forces.
• Uniform RSP: Mandate a standard national Render Safe Procedure (RSP) to prevent casualties caused by inconsistent IED handling and disposal practices.
• Signature Bank: Create a digital National Bomb Signature Bank to link forensic signatures across incidents and identify recurring bomb-maker networks.
• Component Law: Enact specific legal provisions criminalising the possession of unauthorised IED sub-components such as detonator circuits and triggering switches.

Read More> Improvised Explosive Devices (IEDs)

{GS3 – S&T} India to Open Its Civil Nuclear Power Sector to Private Firms

• Context (BS): The Union Government is planning to open India’s tightly regulated civil nuclear power sector to private participation.

India’s Current Nuclear Energy Landscape

Nuclear Capacity and Generation

• Current Capacity: India operates 25 nuclear reactors across seven power stations with a combined installed capacity of about 8,880 MW.
  • Share: Nuclear power contributed ~3% of India’s total electricity generation in FY 2024-25.
• Future Targets: India aims to reach about 22.5 GW of nuclear capacity by 2031-32 and targets 100 GW by 2047
• Reactor Types: Most reactors are indigenous Pressurised Heavy Water Reactors (PHWRs), supplemented by a few Light Water Reactors (LWRs) imported from Russia and the United States.

Uranium Supply

• Uranium Imports: Imports primarily come from Kazakhstan, which supplies nearly 80%, along with Russia, Uzbekistan, Canada, and Australia.
• Domestic Reserves: India has about 4,25,570 tonnes of natural uranium, mined by Uranium Corporation of India Limited (UCIL) mainly in Jharkhand and Andhra Pradesh.
• Overseas Mining: Stakes in uranium mines are being explored in Namibia, Mongolia, and Kazakhstan.

Legal and Policy Framework

• Legal Framework: The Atomic Energy Act, 1962, restricts nuclear power generation and operation to the central government and its PSUs.
• Liability Law: The Civil Liability for Nuclear Damage Act (CLNDA), 2010, specifies supplier liability provisions following the India-US nuclear agreement.
• Safety Regulator: The Atomic Energy Regulatory Board (AERB) oversees safety, licensing, and regulatory compliance for all nuclear installations in the country.
• Fuel Cycle: India follows a closed fuel-cycle policy, allowing the reprocessing of spent fuel and the scientific management of nuclear waste.

Significance of Private-Sector Participation

• Capital Mobilisation: Corporate entry is expected to help close the USD 26 billion funding gap for the first 11,000 MW expansion phase.
• Project Execution: Engineering firms are likely to adopt a “Fleet Mode” approach to bring gestation periods down from 10-12 years to about 5 years.
• Technology Deployment: Private participation may accelerate the rollout of Small Modular Reactors (SMRs) and move development from site-specific construction to factory-produced units.
• Manufacturing Depth: Large industrial manufacturers can resolve supply-chain constraints and expand domestic forging capacity for Reactor Pressure Vessels (RPV) and Steam Generators.
• Cost Competitiveness: Market competition is projected to move tariffs toward ₹4-5 per unit through higher Plant Load Factors (efficiency) and lower operational overheads.

Structural Barriers for Private-Sector Participation

• Liability Risks: Section 17(b) of the CLNDA imposes unlimited supplier liability, making insurance coverage nearly impossible.
• Financing Costs: Exclusion of nuclear power from India’s Green Taxonomy blocks access to low-cost Green Bonds. The current FDI policy prohibits investment in the nuclear energy sector.
• Revenue Uncertainty: Estimated generation costs of ₹6-8 per unit discourage private operators, as DISCOMs seldom sign Power Purchase Agreements exceeding the ₹4.50 threshold.
• Land Acquisition: Strong local resistance to large nuclear projects (e.g., Jaitapur protests) causes delays and uncertainty that private investors cannot absorb.
• Operational Limits: The Atomic Energy Act confines private firms to “construction-only” roles, denying the Build-Own-Operate model needed to manage operational risks and control the fuel cycle.

Read More> Nuclear Energy: Benefits, Challenges & Way Ahead

{Prelims – Geo} Martian Landforms *

• Context (TH): The International Astronomical Union (IAU) has approved names for several Martian features proposed by two Kerala-based researchers.

Names Approved for Martian Landforms

• Major Feature: Krishnan Crater, A large, ancient crater in the Xanthe Terra region of Mars, is now named ‘Krishnan’ to honour M.S. Krishnan, the first Indian Director of the Geological Survey of India.
• Associated Minor Features:
  • Valiamala: home to IIST (Indian Institute of Space Science and Technology).
  • Thumba: birthplace of India’s space programme (TERLS, 1960s).
  • Bekal: named for the historic Bekal Fort in Kasaragod.
  • Varkala: known for its unique coastal cliffs.
  • Periyar Vallis: named after Kerala’s longest river; now a Martian valley.
  • Krishnan Palus: name given to the plain inside the Krishnan crater.

{Prelims – PAN} Centre Gets CEC Push for Tiger Reserve in Goa

• Context (HT): A Supreme Court-appointed Central Empowered Committee (CEC) recommended notifying a tiger reserve in Goa through a two-phase implementation plan.

• First Phase: Around 300 sq km of Cotigao and Netravali Wildlife Sanctuaries (WLS), adjoining Karnataka’s Kali Tiger Reserve, will be notified as the core area.
• Second Phase: The inhabited parts of Mhadei WLS and the southern part of Bhagwan Mahavir WLS will subsequently be notified as buffer zones.
• Legal Requirement: The state must issue the notification within three months and prepare a Tiger Conservation Plan under Section 38V of the Wildlife (Protection) Act, 1972.
• State Objection: Goa argued that (a) nearly 1,00,000 residents oppose relocation and (b) the state currently has no resident tigers.

{Prelims – Species} New Fruit Fly Species Euphranta undulata

• Context (ST): A new fruit fly species, Euphranta undulata, was recently discovered in the Ri-Bhoi district of Meghalaya.

• Etymology: The name, undulata, derives from the Latin word for “wavy,” referring to the wavy margin of the female aculeus tip (the pointed part of the egg-laying ovipositor).
• Physical Traits: It is a slender-bodied insect with a brown or grey abdomen and patterned hyaline (transparent) wings.
• Ecological Niche: Native to the bamboo ecosystem of Northeast India, it is frugivorous (fruit-eating) and monophagous (feeding on a single type of food).

{Prelims – S&T} Catalogue of Young Stellar Objects (YSO)

• Context (PIB): Indian astronomers have compiled one of the largest catalogues of young stellar objects (YSOs) using data from NASA’s WISE and NEOWISE missions.

• About YSO: A young stellar object (YSO) is a forming star surrounded by rotating disks of gas and dust. It becomes a mature star once it reaches the main sequence and begins stable hydrogen fusion.

Key Findings of the Study

• Heat Source: Protostars generate heat through gravitational collapse (contraction due to own gravity) and mass accretion, unlike mature stars that emit energy via nuclear fusion.
• Episodic Accretion: The protostar’s brightness fluctuates as disk material intermittently falls onto the star, with intense bursts followed by quieter lulls.
• Six Types: The study classified YSO brightness variability into six behavioural categories.
  • Patterns: Linear (steady change), Curved (nonlinear), Periodic (repeating cycles), Burst (sudden brightening), Drop (abrupt dimming), and Irregular (chaotic).
• Variability Share: About 26% of observed YSOs showed detectable brightness fluctuations, with ‘irregular’ variability (violent and unpredictable) being the most common.
• Age Link: The study found a clear correlation between stellar age and stability, with 36% of Class I YSOs (the earliest stage) showing variability compared to 22% Class III YSOs.
• Colour Variability: While most YSOs became ‘redder’ as they brightened, some of the youngest stars appeared ‘bluer’ because of increased accretion episodes.

Read More> Life Cycle of a Star

{Prelims – In News} International Institute for Democracy & Electoral Assistance

• Context (DDN): Chief Election Commissioner Gyanesh Kumar will chair the International Institute for Democracy and Electoral Assistance (International IDEA) in 2026.

• He will assume the role at the 2025 Council of Member States meeting in Stockholm, Sweden.

About International IDEA

• International IDEA is an intergovernmental organisation dedicated to strengthening democratic institutions and electoral processes globally.
• It was established in 1995 and is headquartered in Stockholm, Sweden.
• Key Function: to support global sustainable democracy by sharing knowledge and aiding reforms.
• Membership: It comprises 35 Member States, with Japan and the United States as observers. India is a founding member.
• Governance: A Council of Member States supervises IDEA; it meets annually and elects a Chair and two Vice Chairs from its members.