UPSC CURRENT AFFAIRS – 9 December 2025

UPSC CURRENT AFFAIRS – 8 December 2025 covers important current affairs of the day, their backward linkages, their relevance for Prelims exam and MCQs on main articles

InstaLinks : Insta Links help you think beyond the current affairs issue and help you think multidimensionally to develop depth in your understanding of these issues. These linkages provided in this ‘hint’ format help you frame possible questions in your mind that might arise(or an examiner might imagine) from each current event. InstaLinks also connect every issue to their static or theoretical background.

Table of Contents

GS Paper 2 : (UPSC CURRENT AFFAIRS – 9 December 2025)

1. India’s Fire Tragedies: A Governance Failure More Than an Accident

2. India’s STEM Future

Content for Mains Enrichment (CME):

1. Kondapalli Transformation

Facts for Prelims (FFP):

1. 2nd WHO Global Summit on Traditional Medicine

2. Brain–Computer Interface (BCI)

3. Dumping

4. Senna spectabilis

5. IMF Lists UPI as World’s Largest Real-Time Payment System

Mapping:

1. Saudi UNESCO Global Network of Learning Cities (GNLC)

UPSC CURRENT AFFAIRS – 9 December 2025

GS Paper 2:

India’s Fire Tragedies: A Governance Failure More Than an Accident

Source: TP

Subject: Governance

Context: The Goa nightclub fire tragedy, which killed 25 people — most of them migrant workers — has exposed serious gaps in governance, unsafe working conditions, and weak enforcement of licensing and safety norms.

About India’s Fire Tragedies: A Governance Failure More Than an Accident

Trends in Fire Tragedies in India:

• High Incidence & Mortality: India records approximately 1.6 lakh fire incidents annually, resulting in over 27,000 deaths (NCRB Accidental Deaths & Suicides in India Report).
• Urban Commercial Shift: While 57% of deaths occur in residential settings, casualties in commercial hubs (hospitals, factories, markets) are rising due to mixed-land use violations.
• Geographic Concentration: Casualties are highest in industrialized, high-density states like Maharashtra, Gujarat, Delhi, and Madhya Pradesh, which account for over 50% of fire-related deaths.
• Nighttime Vulnerability: High-fatality incidents increasingly occur at night/early morning when occupants are asleep and reaction times are slow.

Causes of Fire Tragedies:

• Regulatory Non-compliance: Widespread operation without valid Fire NOCs.

E.g. The TRP Game Zone fire in Rajkot (2024) occurred in a facility operating without a valid fire NOC or structural stability certificate.

• Structural & Material Hazards: Use of flammable cladding, temporary roofs, and illegal alterations.

E.g. The Kamla Mills fire (Mumbai, 2017) spread rapidly due to highly combustible bamboo curtains and tarpaulin sheets on the rooftop.

• Electrical Failures: Short circuits remain the leading trigger (approx. 70% of fires) due to overloading and poor wiring.

E.g. The Mundka fire (Delhi, 2022) was triggered by a generator explosion and electrical faults in a building with a single exit.

• Blocked Egress & Ventilation: Illegal basements and barred windows trap victims.

E.g. In the Takshashila Arcade fire (Surat, 2019), students were trapped on the top floor because the illegal dome structure blocked the only exit.

• Urban Congestion: Unplanned growth prevents fire tenders from reaching sites.

E.g. In the Delhi Anaj Mandi fire (2019), narrow lanes forced firemen to use small vehicles, delaying rescue for victims trapped in a “factory-cum-dormitory.”

Implications of Recurrent Fire Accidents:

• Disproportionate Impact on Poor: Victims are often low-wage migrant laborers forced to live in unsafe workplaces.

E.g. A significant portion 43 dead in Anaj Mandi were migrant workers sleeping inside the manufacturing of the unit.

• Governance Deficit: Reveals systemic corruption and lack of coordination between Municipal Corporations, Electricity Boards, and Fire Departments.
• Healthcare Crisis: Fires in hospitals undermine public trust in safety infrastructure.

E.g. The Bhandara District Hospital fire (Maharashtra, 2021) killed 10 infants, highlighting gaps in safety audits for critical care units.

• Economic Loss: Beyond life, fires destroy capital and disrupt supply chains.

E.g. FICCI estimates indicate fire-related losses cost the Indian economy over ₹1,000 crore annually.

Initiatives Taken So Far:

• National Building Code (NBC) 2016 Part 4: detailed provisions for Fire and Life Safety, including mandatory sprinklers, fire lifts, and occupancy restrictions.
• Model Fire and Emergency Services Bill (2019): Proposed to standardize fire services across states, which currently vary as “Fire Services” is a municipal function (12th Schedule).
• Hospital Safety Guidelines (2020): MoHFW mandated “No-Objection Certificates” and quarterly fire audits for all hospitals following the COVID-19 hospital fires.
• Online Compliance Portals: States like Gujarat (Fire Safety COP) and Maharashtra have digitized NOC applications to reduce bribery and track renewal dates.
• Modernization Schemes: The 15th Finance Commission recommended ₹5,000 crore for strengthening fire services (expansion, modernization, and fleet augmentation).

Way Ahead:

• Mandatory Third-Party Audits: Shift from erratic government inspections to mandatory annual audits by certified independent agencies for all high-rise and commercial buildings.
• GIS & Technology Integration: Map all hydrants and high-risk zones using GIS; deploy drones and firefighting robots for narrow lanes (as seen in Delhi Fire Service trials).
• Unified Command Centre: Create a “One-Nation, One-License” dashboard integrating municipal building plans, electricity load sanctions, and fire NOCs to flag discrepancies automatically.
• Liability Framework: Amend laws to hold municipal officials and electrical inspectors criminally liable for negligence, not just building owners.
• Workplace Safety for Migrants: Strictly enforce the Occupational Safety, Health and Working Conditions Code, 2020, banning the practice of housing workers in factory basements or lofts.

Conclusion:

Fire tragedies in India are not mere accidents but the inevitable result of haphazard urbanization, regulatory apathy, and corruption. Addressing this requires a paradigm shift from reactive compensation to preventive audits, strict officer accountability, and technology-driven enforcement. A fire-safe India is non-negotiable for sustainable urban growth and the protection of its most vulnerable citizens.

India’s STEM Future

Source: IE

Subject: Education

Context: A national debate has emerged after concerns were raised about the government’s proposal to restrict PhD research topics to “emerging national priorities,” highlighting deeper structural issues in India’s STEM ecosystem.

About India’s STEM Future:

Trends in India’s STEM Demography:

• Massive Output: India produces 25–30 lakh STEM graduates annually, ranking second globally after China (AISHE 2021-22).
• The “Leaky Pipeline” for Women: While women comprise 43% of STEM graduates (one of the highest globally), they hold only 14% of research positions due to societal and structural barriers.
• Low Researcher Density: India has just ~260 researchers per million people, significantly lower than China (~1,500), the USA (~4,500), and South Korea (~8,000).
• Sectoral Imbalance: The workforce is heavily skewed toward IT services and software engineering, with a severe shortage of talent in core research areas like biotechnology, material sciences, and physics.

Need for Strengthening STEM Education:

• Strategic Autonomy: Crucial for reducing import dependence in critical sectors like semiconductors, defense (DRDO), and space (ISRO).
• Global Competitiveness: Essential to transition from a “service-based economy” to an “innovation hub,” targeting a trillion economy.
• Emerging Technologies: Fundamental for success in national missions on Green Hydrogen, Artificial Intelligence (AI), and Quantum Computing.
• Demographic Dividend: With a median age of 28 years, skilling youth in high-end STEM fields prevents underemployment and boosts national productivity.

Initiatives Taken in India

• Anusandhan National Research Foundation (ANRF) 2023: Established with a corpus of ₹50,000 crore (over 5 years) to fund research in universities and colleges, not just elite institutions.
• National Education Policy (NEP) 2020: Introduces multidisciplinary education, allowing STEM students to take humanities courses to foster holistic thinking.
• Targeted National Missions:
  • National Quantum Mission: ₹6,000 crore allocated to scale intermediate-scale quantum computers.
  • IndiaAI Mission: ₹10,372 crore approved to build computing infrastructure and large multimodal models.
• Innovation at School Level: Atal Innovation Mission (AIM) has established over 10,000 Atal Tinkering Labs (ATLs) to foster curiosity in robotics and IoT among school children.
• Fellowships & Scholarships: Programs like PMRF (Prime Minister’s Research Fellowship) offer attractive stipends (up to ₹80,000/month) to retain top talent in Indian PhD programs.

Challenges to STEM Education & Research:

• Low R&D Expenditure: India’s Gross Expenditure on R&D (GERD) is stagnant at ~0.64% of GDP, compared to the global average of ~1.8% and China’s 2.4%.
• Private Sector Apathy: The private sector contributes less than 40% of India’s R&D spend, whereas in advanced economies (USA, Japan), it contributes over 70%.
• Bureaucratic Red Tape: Delays in fellowship disbursals (often 6–8 months) and rigid procurement rules for lab equipment demotivate scholars.
• “Human Capital Flight”: Top-tier talent migrates to the US/Europe for better infrastructure; approx. 90% of AI researchers from elite Indian institutes move abroad for work.
• Infrastructure Deficit: 90% of state universities suffer from outdated laboratories and a lack of access to high-end journals.

Way Ahead:

• Boost Funding to 2% GDP: Government must commit to increasing R&D spending to at least 2% of GDP to match global standards.
• Strengthen Industry-Academia Link: Mandate industry funding for university research via CSR norms or tax incentives for R&D investments.
• Ease of Doing Science: Implement a “Single Window Clearance” for research grants and equipment procurement to reduce administrative burden.
• Retain Talent: Create “post-Doc” opportunities with competitive pay and strictly enforce monthly automated fellowship disbursals.
• Democratize Access: Expand the ANRF’s reach to fund state universities and rural colleges, breaking the monopoly of IITs/IISc.

Conclusion:

India’s STEM potential is massive but constrained by under-funding and bureaucratic inertia. Unlocking this potential requires a shift from “diploma production” to “research creation,” supported by robust funding and academic freedom. A self-reliant India (Atmanirbhar Bharat) can only be built on the foundation of a thriving, inclusive, and well-funded STEM ecosystem.

UPSC CURRENT AFFAIRS – 9 December 2025 Content for Mains Enrichment (CME)

Kondapalli Transformation

Context: Kondapalli village in Bijapur, Chhattisgarh, has received mobile connectivity and electricity for the first time, marking a major shift after decades under Maoist influence.

About Kondapalli Transformation:

• What It Is?
  • A remote tribal gram panchayat in Maoist-affected Bijapur district that has gained mobile connectivity (first-ever tower) and electricity after years of isolation due to Left-Wing Extremist obstruction.
• Key Features:

• • Installation of the first mobile tower (Jio) in April 2025; 60% households now own mobile phones.
  • Electrification of households after decades without basic amenities.
  • Improved access to banking, Aadhaar-based services, welfare schemes, and emergency communication.

• Significance:

• • Demonstrates weakening Maoist influence and strengthening of state presence.
  • Enhances socio-economic outcomes: telemedicine, digital education, welfare delivery, and livelihoods.
  • Boosts trust in governance, enabling integration with mainstream development processes.

Relevance to UPSC Syllabus:

• GS-II – Governance & Welfare Delivery

• • Digital inclusion, access to public services, Aadhaar linkage.
  • State capacity in remote/conflict regions; role of local governance (sarpanch).

• GS-III – Internal Security & LWE

• • Infrastructure development as a tool for countering Left-Wing Extremism.
  • Importance of connectivity in reducing alienation and improving administrative access.

UPSC CURRENT AFFAIRS – 9 December 2025 Facts for Prelims (FFP)

2nd WHO Global Summit on Traditional Medicine

Source: DD News

Context: India has officially begun the countdown to the 2nd WHO Global Summit on Traditional Medicine, to be held from 17–19 December 2025 at Bharat Mandapam, New Delhi.

About 2nd WHO Global Summit on Traditional Medicine:

• What It Is?

• • A high-level global health summit convened by the WHO to advance traditional, complementary, and integrative medicine through scientific validation and policy collaboration.

• Host:

• • Co-hosted by WHO and the Ministry of Ayush, Government of India.
  • Supported by the WHO Global Traditional Medicine Centre (GTMC), Jamnagar, established in partnership with India.

• Theme (2025): “Restoring balance: The science and practice of health and well-being.”
  • Key Features of the 2025 Summit:
  • Evidence-Based Integration: Pushes scientific validation of traditional medicine through research, clinical trials, regulatory frameworks, and quality benchmarks.
  • Global Participation: Delegations from 100+ countries, including Ministers, policymakers, industry leaders, scientists, and Indigenous medicine practitioners.
  • Digital Health & Innovation: Showcases digital repositories, AI-driven pharmacopeias, and biodiversity mapping for medicinal plants.
  • Biodiversity & Sustainability: Examines sustainable sourcing of medicinal plants and conservation of knowledge systems, including Ayurveda, Siddha, Unani, Sowa-Rigpa, and Homeopathy.
  • Policy Harmonisation: Aims to create a decade-long roadmap for integrating safe, equitable, evidence-based traditional medicine into national healthcare systems
• Significance of the Summit:
  • Bolsters India’s Soft Power: Positions India as the global leader in traditional medicine, building on Yoga’s international success and Ayurveda’s rising credibility.
  • Strengthens WHO–India Collaboration: Enhances the role of the WHO-GTMC in Jamnagar, reflecting global trust in India’s knowledge systems.
  • Drives Health System Integration: Helps countries incorporate traditional medicine into universal health coverage, primary healthcare, and public health programs.

Brain–Computer Interface (BCI)

Source: TH

Subject: Science and Technology

Context: India is exploring neurotechnology and Brain–Computer Interfaces (BCIs) as strategic tools for healthcare, economic growth, and technological leadership amid global advances led by the U.S., China, and Europe.

About Brain–Computer Interface (BCI):

What It Is?

• A Brain–Computer Interface (BCI) is a system that interprets brain signals and converts them into digital commands to control external devices such as computers, robotic limbs, or wheelchairs.
• BCIs form a two-way communication channel between the brain and machines, aiding restoration of lost functions or enabling new capabilities.

How It Works?

• Signal Capture: Electrodes (invasive or non-invasive) record electrical activity from neurons.
• Neural Decoding: Machine learning algorithms translate these patterns into intentions (e.g., move arm, select letter).
• Device Control: The decoded signals activate an external device—robotic limbs, speech synthesizers, drones, or smart-home systems.
• Feedback Loop: Continuous decoding improves accuracy and enables real-time brain-machine interaction.

Key Features:

• Direct brain–machine link: Bypasses nerve or muscle pathways, crucial for paralysed patients.
• Invasive & non-invasive options: Implantable electrodes give high precision; wearable EEG devices enable safer, everyday use.
• Real-time response: AI speeds up decoding, allowing fast, naturalistic control.
• Bidirectional capability (emerging): Some BCIs can stimulate the brain to restore function or treat disorders.

Applications of BCIs:

• Medical Rehabilitation: BCIs restore mobility in paralysed patients through robotic limbs or wheelchairs and enable “locked-in” patients to communicate via neural spellers or gaze-based typing.
• Treatment of Neurological Disorders: Used for stroke, Parkinson’s, depression and spinal injuries by stimulating targeted brain regions, reducing long-term reliance on conventional psychiatric or neuro drugs.
• Assistive Technologies: Allow users to operate smartphones, computers and smart-home devices through thought-driven commands, significantly boosting independence for motor-impaired individuals.
• Defence & Security: BCIs can enable soldiers to control drone swarms or communication systems mentally, offering tactical advantages but creating serious ethical, legal and security risks.

Dumping

Source: IT

Subject: Economy

Context: The U.S. is considering new tariffs on Indian rice after American farmers accused India of dumping subsidised rice into the U.S. market, lowering domestic prices.

About Dumping:

What is Dumping?

• Dumping occurs when a firm sells a product in a foreign market at a price lower than its domestic price or below its average cost of production, often to capture market share.
• It is a form of international price discrimination, enabled when goods cannot freely move back from low-price to high-price markets due to tariffs or transport costs.

Criteria to Determine Dumping:

A product is considered dumped if:

• Export price < domestic market price of the exporting country; or
• Domestic price unavailable, then compare export price with:
  • Price in a third-country market, or
  • Exporter’s average production cost.

• If any of these tests confirm under-pricing, the importing country can initiate anti-dumping action.

Implications of Dumping:

• Hurts domestic producers by undercutting prices and eroding market share, leading to losses and job reductions.
• Short-term benefit to consumers through cheaper imports but long-term harm when domestic industry becomes uncompetitive.
• Market distortion occurs when firms rely on subsidies to artificially lower prices, creating trade tensions.

WTO and Dumping Rules:

• The WTO does not ban dumping, but allows countries to act only if they prove:

• • Dumping has occurred,
  • Domestic industry suffered material injury, and
  • Dumping caused this injury.

• Countries may impose anti-dumping duties equal to the margin of dumping (difference between dumped price and normal price).
  WTO’s Anti-Dumping Agreement governs procedures, investigations, and review mechanisms.

Measures to Counter Dumping:

• Anti-dumping duties: Additional tariffs matching the price difference (as the U.S. is considering against Indian rice).
• Countervailing duties: Tariffs to offset foreign government subsidies.
• Import quotas: Limits to prevent market flooding.
• Price undertakings: Exporter voluntarily raises prices to avoid penalties.
• Strengthening domestic industry: Support for productivity, tech upgrades, and diversification to withstand imported competition.

Senna spectabilis

Source: NIE

Subject: Environment

Context: Tamil Nadu has launched one of India’s largest invasive-species eradication drives to completely remove Senna spectabilis from all forest divisions by March 2026.

About Senna spectabilis:

What It Is?

• Senna spectabilis is a fast-growing, yellow-flowering tree belonging to the legume family (Fabaceae), widely planted as an ornamental and shade tree but now recognised as a highly invasive alien species in India, Africa, and parts of Asia.

Origin:

• Native to: South & Central America (Brazil, Argentina, Paraguay, Bolivia, Peru, Venezuela).
• In India, it has aggressively invaded Nilgiris, Mudumalai, Sathyamangalam, Anaikatty and other Western Ghats ecosystems.

Habitat:

• Thrives in dry to moist deciduous forests, disturbed woodland, savannahs, and well-drained soils.
• Prefers full sunlight, adapts to poor soils, and spreads easily through prolific seeds.

Key Characteristics:

• Grows 7–18 m tall, with dense, spreading crown forming thick canopies.
• Bright yellow flowers and long dehiscent pods (15–30 cm) containing numerous hard-coated seeds.
• Leaves exhibit nyctinasty (close at night, open at dawn).
• Used traditionally for fuelwood, ornamental planting, shade, and small implements.

IUCN Status: Classified as Least Concern.

Ecological Implications:

• Suppresses native vegetation by forming dense monocultures, reducing forest biodiversity.
• Limits fodder availability for elephants, deer, and other herbivores, altering wildlife movement patterns.
• Raises forest fire risk due to dry biomass accumulation.
• Delays natural forest regeneration, threatening long-term ecosystem resilience.

IMF Lists UPI as World’s Largest Real-Time Payment System

Source: PIB

Subject: Economy

Context: The IMF has officially recognised India’s Unified Payments Interface (UPI) as the world’s largest real-time retail payment system by transaction volume.

• UPI accounts for 49% of all global real-time digital payments, far ahead of Brazil, Thailand and China.

About IMF Lists UPI as World’s Largest Real-Time Payment System:

What UPI Is?

• UPI (Unified Payments Interface) is India’s instant, real-time, interoperable payments system that enables bank-to-bank transfers using a mobile phone.
• It is operated by NPCI (National Payments Corporation of India) and regulated by the Reserve Bank of India (RBI).

Origin of UPI:

• Conceptualised by NPCI to unify fragmented payment systems under one interoperable platform.
• Launched as a pilot in April 2016 by then RBI Governor Raghuram Rajan.

Key Features of UPI:

• Real-time payments: Money transfers in under 5 seconds, 24×7.
• Interoperability: Works across banks, apps, QR codes and merchants.
• Low-cost / Zero MDR: Ensures mass adoption among small businesses and consumers.
• Scalable architecture: Handles billions of transactions per month.
• Versatility: Supports P2P, P2M, autopay, credit line on UPI, RuPay linkage, and international acceptance.

Global Share & IMF Recognition:

• IMF’s report “Growing Retail Digital Payments – The Value of Interoperability” lists UPI as the world’s largest retail fast-payment system.
• As per ACI Worldwide (Prime Time for Real-Time 2024):
  • UPI share: 49% of global real-time transactions
  • Volume: 129.3 billion transactions
• UPI outperforms:
  • Brazil (14%) – Pix
  • Thailand (8%) – PromptPay
  • China (6%) – UnionPay/WeChat/Alipay

• This makes India the undisputed global leader in fast payments.

UPSC CURRENT AFFAIRS – 9 December 2025 Mapping:

Saudi UNESCO Global Network of Learning Cities (GNLC)

Source: TOI

Subject: International Organisation

Context: UNESCO has added three more Saudi cities — Riyadh, AlUla, and Riyadh Al-Khabra — to the Global Network of Learning Cities (GNLC) in its 2025 update.

About Saudi UNESCO Global Network of Learning Cities (GNLC):

What is GNLC?

• The GNLC is a UNESCO-led international network that recognises cities promoting lifelong learning across all age groups through inclusive, accessible, and sustainable learning ecosystems.

History:

• Established in 2013, GNLC has grown rapidly and today includes 425 cities from 91 countries, supporting lifelong learning opportunities for nearly 500 million people.
• It forms part of UNESCO’s Education 2030 agenda and the SDG-4 mandate.

Key Features of a UNESCO Learning City:

Learning cities must demonstrate:

• Lifelong learning systems: Education integrated across formal, non-formal, workplace, and community settings.
• Digital and AI readiness: Preparing citizens for future labour markets and technological shifts.
• Literacy & skills development: Targeted programmes for youth, adults, and marginalised groups.
• Innovation & entrepreneurship: Platforms for creativity, startup culture, and workforce reskilling.
• Sustainability & inclusion: Learning linked to SDGs, environmental responsibility, and social equity.

Saudi Arabia’s Recent Addition:

• UNESCO recognised Riyadh, AlUla, and Riyadh Al-Khabra for meeting rigorous global benchmarks of community-wide learning.

• • Saudi’s total GNLC membership: 8 cities.
  • The expansion aligns with Saudi Vision 2030 and the Human Capability Development Program.

India and the Global Learning Cities Network:

• India has three GNLC cities (2022 cohort):

• • Warangal (Telangana)
  • Thrissur (Kerala)
  • Nilambur (Kerala)

• These cities were recognised for integrating learning in public spaces, literacy programmes, and community participation.

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