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Current Affairs – December 16, 2025

{GS2 – Social Sector} Viksit Bharat Shiksha Adhishthan (VBSA) Bill, 2025 **

  • Context (TH | IE): The Viksit Bharat Shiksha Adhishthan (VBSA) Bill, 2025, proposes a comprehensive overhaul of India’s higher education regulation by creating a single umbrella commission.

Objectives of the VBSA Bill, 2025

  • Light-But-Tight Regulation: Align higher education governance with NEP 2020 philosophy.
  • Quality Enhancement: Improve academic standards, accreditation outcomes, and learning quality.
  • Institutional Autonomy: Enable graded autonomy and reduce excessive inspections.
  • Global Competitiveness: Facilitate foreign universities in India and Indian campuses abroad.

Key Provisions of the VBSA Bill, 2025

  • Umbrella Regulator: Establishes Viksit Bharat Shiksha Adhishthan as the apex coordinating body.
  • Three Councils: Separate Regulation, Accreditation, and Standards councils under VBSA.
  • Regulatory Unification: Repeals UGC Act 1956, AICTE Act 1987, NCTE Act 1993.
  • Outcome Accreditation: Introduces an outcome-based institutional accreditation framework.
  • Foreign Universities: Regulates the entry and operation of foreign universities in India.
  • Grant Separation: Removes grant-disbursal powers from the regulator; funding via the Ministry.
  • Digital Disclosure: Mandates online public self-disclosure of finances, courses, and governance.
  • Institutions Covered: Central & State Universities, Colleges and Higher Educational Institutions, Institutions of National Importance, Institutions of Eminence and Technical & Teacher Education Institutions
  • Institutions Exempted: Medicine, Dentistry, Nursing, Law, Pharmacology, Veterinary Sciences.
  • Graded Penalties:
    • Fines beginning at ₹10 lakhs and going up to ₹75 lakhs
    • Power to suspend an institution’s authority to grant degrees or diplomas
    • Institutions operating without accreditation may face fines of ₹2 crore or more.

Structure of VBSA

  • Apex Commission: Viksit Bharat Shiksha Adhishthan (VBSA) as a 12-member umbrella body.
  • Three Councils:
    • Viksit Bharat Shiksha Viniyaman Parishad: Regulatory Council
    • Viksit Bharat Shiksha Gunvatta Parishad: Accreditation Council
    • Viksit Bharat Shiksha Manak Parishad: Standards Council
  • Council Composition: Each council has up to 14 members, and the Presidents of all three councils are ex officio members of VBSA
  • Representation: Education Ministry (ex officio), State higher education institutions. Eminent academic experts, Rotational State/UT nominees in councils

Read More> Higher Education Commission of India Bill 2025

{GS2 – Governance} SHANTI Bill 2025 Introduced to Overhaul India’s Nuclear Energy Sector **

  • Context (TH): The Centre introduced the Sustainable Harnessing and Advancement of Nuclear Energy for Transforming India (SHANTI) Bill in the Lok Sabha to overhaul India’s nuclear energy framework.

Key Features & Objectives of the SHANTI Bill

Legislative & Institutional Framework

  • Legal Overhaul: Replaces the Atomic Energy Act, 1962 and the Civil Liability for Nuclear Damage (CLND) Act, 2010, with a unified SHANTI Act.
  • Regulatory Status: Grants statutory status to the Atomic Energy Regulatory Board (AERB), making it accountable to Parliament.
  • Appellate Body: Designates the Appellate Tribunal for Electricity (APTEL) to hear nuclear disputes.
  • Claims Commission: Establishes a Nuclear Damage Claims Commission to adjudicate compensation for severe damage.

Private Sector Participation

  • Monopoly: Ends the Nuclear Power Corporation of India Limited (NPCIL) monopoly over nuclear power plant operations.
  • Private Operations: Permits Indian private companies to build, own, and operate nuclear power plants, subject to license.
  • FDI Cap: Restricts Foreign Direct Investment (FDI) in nuclear power projects at 49%.

Liability & Compensation

  • Tiered Liability: Links operator liability to plant size, ranging from ₹100 crore (<150 MW) to ₹3,000 crore (>3.6 GW).
  • Supplier Immunity: Exempts suppliers from liability by removing provisions allowing operators to sue suppliers for equipment failures.
  • Penalty Limit: Limits the maximum financial penalty for violations of the act to ₹1 crore.
  • Liability Fund: Creates a central fund to cover damages exceeding the operator’s capped liability.

Technology & Innovation

  • Patent Reform: Amends Section 4 of the Patents Act, 1970, to allow patenting of peaceful nuclear energy inventions.
  • Bharat SMRs: Institutionalises the ₹20,000 crore ‘Nuclear Energy Mission’ to deploy indigenous 220 MW Small Modular Reactors (SMRs).
  • Strategic Control: Retains full government control over uranium enrichment, spent fuel reprocessing, and heavy water production.

Objectives of the Bill

  • Mobilise ₹15-20 lakh crore private capital to scale nuclear capacity to 100 GW by 2047.
  • Deploy Small Modular Reactors to replace coal use and help industries bypass carbon taxes.
  • Facilitate advanced nuclear technology transfers by resolving critical liability barriers.
  • Secure nuclear energy as clean baseload power to stabilise the grid against renewable fluctuations.
  • Position nuclear energy as the third pillar, alongside solar and wind, to achieve Net Zero by 2070.

Nuclear Energy Landscape in India

  • India operates 25 nuclear reactors at seven power stations with 8,880 MW installed capacity.
  • Nuclear energy accounted for 3% of India’s total electricity generation in FY 2024-25.
  • India targets nuclear capacity of 22.5 GW by 2031-32 and 100 GW by 2047.
  • Kazakhstan supplies 80% of India’s uranium imports, followed by Russia, Uzbekistan & Canada.
  • The Atomic Energy Act, 1962, restricts nuclear power generation to the central government and PSUs.
  • The Atomic Energy Regulatory Board oversees nuclear safety, licensing, and regulatory compliance.

Read More> Privatisation of Nuclear Power

{GS2 – IR} PM Modi’s Visit to Jordan

  • Context (TH): Prime Minister Narendra Modi visited Jordan as the first leg of a three-nation tour to strengthen ties with West Asia.
  • This marked the first bilateral visit to Jordan in 37 years, coinciding with 75 years of diplomatic relations since 1950.
  • Jordan is a parliamentary constitutional monarchy in the Middle East bordering Syria, Iraq, Saudi Arabia, Israel, & the West Bank. The Dead Sea, the world’s lowest land point, lies at its western border.

Key Outcome of the Visit to Jordan

  • Target set to nearly double bilateral trade to $5 billion within five years.
  • Twinning agreement links Petra and Ellora Caves to boost tourism and academic exchange
    • Petra, called the “Rose City,” is a UNESCO World Heritage Site and New Seven Wonders city in Jordan, known for rock-cut architecture and advanced water management.
  • India to share India Stack solutions to accelerate Jordan’s digital transformation.
  • Collaboration agreed on water conservation, rainwater harvesting, and renewable energy.

Overview of India-Jordan Bilateral Relations

  • Trade: India is Jordan’s 4th largest trading partner, with trade valued at $2.875 billion in 2023-24.
  • Trade Balance: Recent trade remains skewed towards Jordan. It is a major supplier of phosphates and potash to India.
  • Indian Export: India exports petroleum products, Basmati rice, buffalo meat, etc.
  • Fertiliser: Jordan India Fertiliser Company produces phosphoric acid in Jordan for export to India.
  • Strategic Convergence: India supports Jordan’s Aqaba Process on de-radicalising, while Jordan backs India’s permanent UNSC membership.

{GS2 – IR} Ukraine Offers to Drop NATO Membership Demands

  • Context (TH): Ukrainian President Volodymyr Zelenskyy recently offered abandoning NATO membership demands in exchange for security guarantees.
  • Condition: The offer stands if Ukraine receives legally binding security guarantees equivalent to NATO Article 5 from Western nations, including the United States.
  • Significance: The proposal addresses Russia’s primary stated justification for the war, creating a potential pathway for serious peace negotiations.

About North Atlantic Treaty Organisation (NATO)

  • NATO is an intergovernmental military alliance established by the North Atlantic Treaty, also known as the Washington Treaty, signed in 1949.
  • Objective: to protect the freedom and security of its member states through political coordination and collective military defence.
  • Membership: It has 32 members, with Finland joining most recently in 2024; India is not a member.
  • Headquarters: The political headquarters are in Brussels, Belgium; the military strategic command (Allied Command Operations) is near Mons, Belgium.
  • Article 5: It mentions NATO’s fundamental principle of collective defence, which mandates treating an attack on one member as an attack on all.

Read More > NATO

{GS3 – S&T} Strengthening India’s Biosecurity Framework

  • Context (TH): Rapid advances in biotechnology, synthetic biology, and dual-use research have heightened risks of deliberate biological threats, making biosecurity a strategic national priority for India.

What is Biosecurity?

  • Biosecurity refers to policies, practices, and institutional systems aimed at preventing the deliberate misuse of biological agents, toxins, or life-science technologies.
  • It covers human health, animal health, agriculture, and the environment, including lab security, surveillance, and response to intentional outbreaks.
  • Biosafety vs Biosecurity: Biosafety → prevents accidental release of pathogens, whereas Biosecurity → prevents intentional misuse.

India’s Need for Stronger Biosecurity

  • Demographic Vulnerability: With a 1.4+ billion population and high urban density, even limited outbreaks can scale rapidly; E.g. COVID-19 exposed hospital and surveillance stress.
  • Agriculture & Livelihood Risk: Nearly 42% of India’s workforce depends on agriculture; bio-attacks on crops/livestock can threaten food security.
  • Dual-Use Risk: WHO reports that 42% of high-risk labs lack oversight to prevent legitimate research from being diverted for harmful use.
  • Non-State Threats: Terror misuse risk persists; E.g. alleged ricin toxin cases reported in India.
  • Global Ranking: India ranks 66th in Global Health Security Index (2023), with a weaker response capacity.

India’s Existing Biosecurity Framework

Institutional Framework

  • Department of Biotechnology (DBT): Regulates biotechnology research and biocontainment protocols.
  • National Centre for Disease Control (NCDC): Leads disease surveillance and public-health response.
  • Animal & Plant Authorities: Department of Animal Husbandry and Plant Quarantine Organisation monitor zoonotic and agricultural bio-risks.

Legal Framework

International Engagement

  • Biological Weapons Convention: Prohibits the development and stockpiling of biological weapons.
  • Australia Group: Coordinates export controls on dual-use biological materials.

Key Challenges for Biosecurity

  • Fragmented Governance: Multiple ministries handle bio-risks without a single nodal authority, resulting in delayed coordinated responses during outbreaks.
  • Outdated Laws: Existing statutes predate synthetic biology; e.g., no compulsory screening of gene-synthesis orders.
  • Dual-Use Research Risks: Civilian research lacks systematic assessment of misuse; e.g., global concerns over gain-of-function studies and the absence of DNA-order verification norms.
  • One-Health Silos: Human, animal and environmental surveillance operate separately, despite 70% of emerging diseases being zoonotic.

Way Forward

  • Unified Authority: Create a National Biosecurity Authority to resolve fragmented governance; e.g., Australia’s single-law Biosecurity Act model.
  • Legal Update: Modernise bio-laws to regulate synthetic biology and gene editing.
  • One Health Approach: Integrate human-animal-environment surveillance to address zoonotic spillovers; e.g. European Union One-Health framework.
  • DNA Screening: Mandate gene-order verification to curb misuse of biotech.
  • Global Cooperation: Strengthen compliance and information-sharing under the Australia Group.

{Prelims – Polity} Raj Kumar Goyal Appointed as the Chief Information Commissioner *

  • Context (IE): Raj Kumar Goyal has been sworn in as the Chief Information Commissioner (CIC) of the Central Information Commission, succeeding Heeralal Samariya.
  • He is a former IAS officer who served as the Secretary, Department of Justice, Ministry of Law and Justice.
  • Eight Information Commissioners were also appointed, restoring the CIC to full strength after 9 years.

About Chief Information Commissioner (CIC)

  • The CIC is the head of the Central Information Commission who directs and manages its affairs.
  • Appointment: By the President on the recommendations of a committee comprising the Prime Minister, the Leader of Opposition in the Lok Sabha, and a Union Cabinet Minister nominated by the PM.
  • Eligibility: Must be a person of eminence with experience in law, social service, management, journalism, or public administration, and must not hold legislative office.
  • Tenure: As prescribed by the Central Government under the RTI Amendment Act, 2019, or until attaining 65 years of age.
  • Removal: The President may remove the CIC for proven misbehaviour or incapacity, but only after a Supreme Court inquiry recommends removal.

Central Information Commission

  • It is a statutory body established under the Right to Information Act (RTI), 2005, to promote transparency and accountability in the functioning of Central Public Authorities.
  • Composition: One CIC and up to 10 Information Commissioners (ICs).
  • Powers & Functions: It has the powers of a civil court during inquiries; It acts as the final appellate authority for appeals under the RTI Act and can impose penalties on non-compliant officials.

{Prelims – Envi} Operation Thunder

  • Context (DTE): Interpol conducted Operation Thunder 2025, a month-long global crackdown on illegal wildlife and forestry trade that led to record seizures worldwide.

About Operation Thunder

  • It is a periodic global law-enforcement operation jointly coordinated by Interpol and the World Customs Organization (WCO) to combat illegal wildlife and forestry trade.
  • The 2025 edition was conducted from 15 September to 15 October 2025, involving multiple agencies from 134 countries.
  • The operation recorded 4,640 enforcement actions, leading to seizures of over 30,000 live animals, protected plants, wildlife parts, and large volumes of illicit timber.
  • Confiscated items included ivory, rhinoceros horns, pangolin scales and meat, reptiles, birds, marine species, and CITES-listed plants and timber.
  • Interpol assessed that wildlife and forestry crime is increasingly linked to transnational organised criminal networks and constitutes an illegal market worth up to USD 20 billion annually.

Read More > Wildlife Trafficking

{Prelims – Envi} Hornbill Conservation Initiative

  • Context (DDN): The Forest Department will begin a population survey of hornbill species across forest areas in Tamil Nadu.
  • The survey forms part of the Hornbill Conservation Initiative launched by the Tamil Nadu government.
  • It aims to create India’s first Centre of Excellence for Hornbill Conservation at Anamalai Tiger Reserve.
  • Four hornbill species are found in the Western Ghats: Malabar Grey (endemic), Indian Grey, Malabar Pied, and Great Hornbill.

About Hornbills

  • Hornbills are a family of tropical and subtropical birds distributed across Africa, Asia, and Melanesia.
  • Range: They are strictly confined to Old World tropics and are completely absent from the Americas.
    • In India, hornbills are concentrated in the Western Ghats and Northeast India.
  • Diversity: There are 62 hornbill species globally, of which nine species are found in India.
  • Role: Hornbills are called “Farmers of the Forest” due to their role in long-distance seed dispersal.
  • Appearance: They have large down-curved bills with a helmet-like casque and prominent eyelashes.
  • Habitat: Asian hornbills are arboreal forest dwellers, while some African species inhabit open savannas.
  • Diet: Hornbills are omnivorous birds but primarily frugivorous.
  • Nesting: During breeding, the female seals herself inside a tree hollow using mud and fruit pulp.
    • The male feeds the female and chicks through a narrow slit until they are ready to emerge.
  • The Great Hornbill (Vulnerable) is India’s largest hornbill species and the official state bird of Arunachal Pradesh and Kerala.

{Prelims – S&T} Geminid Meteor Shower

  • Context (HT): One of the strongest annual meteor showers, the Geminids, peaks in mid-December, with peak visibility in India on December 13–14, 2025.

About Geminid Meteor

  • meteor, popularly termed a shooting star or falling star, is the streak of light that appears in the sky when a meteoroid enters the atmosphere (mesosphere) and burns up because of the friction.
  • Geminid Meteor is caused by the debris from 3200 Phaethon, an Apollo-type near-Earth asteroid.
  • It is known for bright, slow-moving meteors and frequent fireballs, visible to the naked eye.

Small Solar System Bodies

  • Meteoroid: A meteoroid is any solid debris originating from asteroids, comets or other celestial objects and floats through interplanetary space.
  • Meteorite: In some cases, the meteoroid does not burn up completely and makes its way to the Earth’s surface. The surviving chunk is called a meteorite.
  • Asteroids: Asteroids are remnants of planetary formation that failed to coalesce because of the gravitational interference of Jupiter and Mars. The circular chain of asteroids is called the asteroid belt.
  • Comets: Comets are icy frozen gases (water, ammonia, methane and carbon dioxide) with a tail that holds together small pieces of rocky and metallic minerals.

{Prelims – S&T} Project Suncatcher *

  • Context (IE): Google has launched Project Suncatcher, a research initiative to deploy solar-powered data centres in space by 2027, responding to rising climate costs of terrestrial AI infrastructure

Project Suncatcher

  • Aim: To develop solar-powered data centres in space to support AI-driven computing while reducing Earth-based energy, water, and land stress.
  • Objective: To enable large-scale, low-carbon AI data processing by relocating solar-powered data centres into space beyond Earth’s energy and environmental limits.
  • Working Mechanism: Solar-powered satellites equipped with AI chips process data in orbit and interconnect via laser links, transmitting outputs back to Earth stations.
  • Key Features:
    • Satellite Racks: Small modular computing racks mounted on satellites.
    • Solar Power: Continuous energy supply without day–night interruptions.
    • TPUs: Use of Tensor Processing Units optimised for AI workloads.
    • Optical Links: Laser-based inter-satellite communication for high-speed data transfer.
    • Radiation-Hardened Chips: Tested for durability in harsh space environments.

Rationale for Space-Based Data Centres

  • Energy Sustainability: AI data centres may raise global electricity demand by 165% by 2030 (IEA).
  • Climate Impact Reduction: Reduces land use, water consumption, and fossil fuel dependence on Earth.
  • Infrastructure Resilience: Immune to earthquakes, floods, cable cuts, and terrestrial grid failures.
  • Falling Launch Costs: Reusable rockets have drastically reduced space mission costs.
  • Data Sovereignty Flexibility: Outer Space Treaty (1967) prevents national appropriation, allowing multi-country data hosting.

{Prelims – Defence} Vijay Diwas 2025 *

  • Context (DDN | TH): The Indian Army showcased indigenously developed technologies on the eve of Vijay Diwas 2025 celebrations.
  • Displays included portable “AI-in-a-Box”, Ekam AI, a portable communication system under Project SAMBHAV and green initiatives like the green hydrogen power project in Ladakh.
  • AI-in-a-Box: A compact, portable Artificial Intelligence system enabling offline data analysis and decision support in remote areas.
  • Ekam AI: An indigenous AI platform for sensitive environments that analyses information and supports decision-making without foreign software or external cloud dependence.
  • Project SAMBHAV: A secure mobile communication ecosystem deployable in remote or disaster-affected areas, ensuring reliable communication for soldiers and civilians.

About Vijay Diwas

  • Vijay Diwas is observed annually on 16 December to mark India’s decisive victory over Pakistan in the 1971 Indo-Pakistan War. The victory resulted in the creation of Bangladesh (formerly East Pakistan).
  • India’s integrated military campaign of the Indian Army, Navy, and Air Force was led by Sam Manekshaw, the then Chief of the Army Staff.
  • Key Operations: Operation Trident and Operation Python by the Indian Navy severely damaged the Pakistani Navy and Karachi harbour.
  • Major Battle: The war included the Battle of Longewala, Parbat Ali, and the Chachro raid.
  • Victory Day: On 16 December 1971, Lieutenant General A.A.K. Niazi of Pakistan surrendered with about 93,000 troops, making it the largest military surrender since World War II.
  • Significance: The day commemorates the valour of the Indian armed forces and symbolises shared sacrifice and enduring friendship between India and Bangladesh (observes it as Bijoy Dibos).

{Prelims – Awards} National Energy Conservation Award 2025

  • Context (HT): Chandigarh was conferred the National Energy Conservation Award (NECA) 2025 in the Group-5 category for Union Territories and select States.

About National Energy Conservation Awards (NECA)

  • The National Energy Conservation Awards were instituted in 1991 to recognise achievements in energy conservation and efficiency.
  • These awards are conferred annually on National Energy Conservation Day (14 December) by the Bureau of Energy Efficiency under the Ministry of Power.
  • NECA covers multiple categories including industries, transport, buildings, energy-efficient appliances, innovation, and institutional performance.
  • Under NECA, States and Union Territories are assessed in the institutional category using the State Energy Efficiency Index (SEEI) as the evaluation framework.
  • The 2025 edition introduced a new category for Digital Content Creators and Influencers to recognise awareness and outreach on energy conservation through digital platforms.
  • Bureau of Energy Efficiency is a statutory body established in 2002 under the Energy Conservation Act of 2001, under the Ministry of Power to promote energy efficiency in India.
  • State Energy Efficiency Index (SEEI) is a composite index developed by the Bureau of Energy Efficiency to assess and rank annual energy-efficiency performance of States and Union Territories.

Read More > India’s Electricity Sector