Archives (PRELIMS  Focus) Drone Warfare: Hype vs Battlefield Reality – India's Sudarshan Chakra Plan Subject: Defence – Drone Warfare; Counter-UAS; Directed Energy Weapons; Sudarshan Chakra; Operation Sindoor; AI in Warfare. Why in News? On the first anniversary of Operation Sindoor (May 2025 – four-day India-Pakistan engagement), discussion of drone warfare has taken centre stage. Drones have acquired an outsized image due to their perceived “unstoppable” nature, low cost, and ability to keep combatants out of harm’s way. India is envisaging a nationwide terrestrial and space-based ‘Sudarshan Chakra’ air defence system to be in place by 2035 to address multifarious threats, including drones. Doctrinal Issues: Revolution or Evolution? Revolutionary vs Evolutionary Revolutionary: Advent of air domain fundamentally reshaped warfare. Evolutionary: Drones are merely another weapon system within the air domain – with unique advantages but not a new domain. “Air Littoral” – Misleading Term Some strategists suggest drones have created a new domain of warfare unique to drone operations. This is misleading – drones operate within a restricted airspace layer (ground up to coordinating altitude). Conclusion: Drones are not reshaping air warfare – they are reshaping ground combat. Air Superiority Importance of attainment and maintenance of air superiority through manned systems remains undiminished. Strategic Considerations Shift in Kinetic Warfare Boundaries Innovative use (e.g., Ukraine’s Operation Spider’s Web – drones inserted in containers deep inside Russia) has shifted kinetic warfare boundaries hundreds of kilometres inland. New requirement to protect assets deep within a nation’s interior on a 24×7 basis. AI Integration (Future Challenge) Unmanned flight still developing; AI will bring exponential increase in capabilities. Fully autonomous operations raise ethical and moral issues – a UN committee is currently examining these. Counter-UAS (CUAS) Strategy Operation Sindoor Experience Waves of individual drones sent by Pakistan were neutralised by India’s integrated CUAS network. Future Challenge: Drone Swarms Integration of multiple drones to overwhelm air defence systems by sheer numbers. Directed Energy Weapons (Solution) Iron Beam (Israel) – laser system with rapid engagement. Global Initiatives Europe: Drone-wall initiative – layered mesh of detection and interception capabilities of EU member states. US: Golden Dome system – space-based and hypersonic interceptors for incoming projectiles. India’s Sudarshan Chakra (Target 2035) What is it? A nationwide terrestrial and space-based air defence system. To address multifarious threats including drones, missiles, and other airborne threats. Timeline To be in place by 2035 (at least a decade away from 2026). Requires phase-wise operationalisation along with enormous and committed funding. Author argues that New Delhi must find the monies to support it. Key Terms for Prelims Operation Sindoor: Four-day India-Pakistan engagement (May 7-10, 2025) involving long-range strikes on terrorist and air force infrastructure. Loitering Kamikaze Munitions: Drones that loiter over target area and then crash into target (suicide drones). FPV (First-Person View) Drones: Drones controlled by pilot using goggles showing live video feed from drone’s camera. Air Littoral: Debated term for restricted airspace layer where drones operate (ground to coordinating altitude). Counter-UAS (CUAS): Systems designed to detect, track, and neutralise hostile drones. Directed Energy Weapons (DEW): Laser or microwave-based weapons that disable targets with focused energy (e.g., Iron Beam). Iron Dome: Israel’s short-range rocket interception system (missile-based). Iron Beam: Israel’s laser-based air defence system (much cheaper per intercept). Sudarshan Chakra: India’s proposed nationwide terrestrial and space-based air defence system (target 2035). Golden Dome: US planned space-based and hypersonic interceptor system. Possible Prelims MCQs Q1: The four-day engagement between India and Pakistan in May 2025, which saw significant use of drones, is codenamed: Operation Sindoor Q2: What is the estimated cost per intercept for Israel’s Iron Beam laser system compared to Iron Dome missiles? 2-3.50 per shot (Iron Beam) vs 40,000-50,000 per missile (Iron Dome) Q3: India is planning a nationwide terrestrial and space-based air defence system to be in place by 2035 called: Sudarshan Chakra Q4: Which country has developed the Iron Beam laser air defence system? Israel Q5: According to the article, drones are not reshaping air warfare but are actually reshaping: Ground combat Source/Reference: https://www.thehindu.com/opinion/op-ed/drone-mania-separating-hype-from-battlefield-reality/article71003125.ece Rupa Tarakasi: Odisha's GI-Tagged Silver Filigree Craft Subject: Art & Culture – Traditional Handicrafts; Economy – GI Tag; Silver Filigree; Odisha; Cuttack. Why in News? Cuttack’s centuries-old Rupa Tarakasi (silver filigree) industry is being impacted by soaring silver prices and fresh import curbs on silver. The government recently raised import duty on silver to 15% (from 6%) and imposed 3% IGST, making raw silver significantly more expensive for artisans. About Rupa Tarakasi Definition One of India’s most exquisite silver crafts – intricate silver filigree work. Practiced in Cuttack, Odisha (known as the “Silver City”). Etymology (Odia) “Tara” = wire “Kasi” = to design Origin and History Existed as far back as the 12th century (exact origin unclear). Received considerable patronage under the Mughals. The art form evolved with each ruler as Cuttack transitioned through different hands. Process Silver bricks are transformed into thin fine wires or foils. Used to create jewellery, artefacts, or showpieces. Different grades of silver used; craftsmen also use other metals like copper, zinc, cadmium, and tin. Artisans Traditionally called “Rupa Banias” or “Roupyakaras” (in Odia). Products Jewellery worn by Odissi dancers Decorative artifacts, accessories Religious and cultural pieces Geographical Indication (GI) Tag Received GI tag in 2024. Current Challenges Soaring Silver Prices Silver prices have increased significantly (domestic and international). Makes raw material unaffordable for many artisans. Import Curbs on Silver Government raised basic customs duty on silver to 15% (from 6%). Additional 3% IGST on imports. Effective total duty: ~18.4% (from 9.2% previously). Impact on Artisans Higher raw material costs → reduced profit margins. Many artisans unable to afford silver stock. Fear of losing centuries-old craft tradition. Silver Filigree (Context) What is Filigree? Delicate jewellery metalwork made from twisted threads of silver (or gold). Threads are curled, twisted, and soldered together to create intricate designs. Global Recognition India’s silver filigree from Cuttack is renowned worldwide. Competing with filigree from Italy, Portugal, and other countries. Key Terms for Prelims Rupa Tarakasi: GI-tagged silver filigree craft of Cuttack, Odisha Filigree: Delicate metalwork using twisted threads of silver or gold Rupa Banias / Roupyakaras: Traditional artisan community practicing Rupa Tarakasi Silver City: Nickname for Cuttack (due to its silver filigree heritage) Geographical Indication (GI) Tag: Granted to Rupa Tarakasi in 2024 Odissi: Classical dance form of Odisha; dancers wear Rupa Tarakasi jewellery Import curbs (May 2026): Basic customs duty on silver raised to 15% + 3% IGST Possible Prelims MCQs Q1: Rupa Tarakasi, the traditional silver filigree craft, is associated with which Indian city? Cuttack Q2: The artisans practicing Rupa Tarakasi are traditionally called: Rupa Banias or Roupyakaras Q3: In which year did Rupa Tarakasi receive the Geographical Indication (GI) tag? 2024 Q4: In Odia language, “Tara” means: Wire Q5: Which classical dance form’s jewellery is traditionally made using Rupa Tarakasi? Odissi Source/Reference: https://indianexpress.com/article/india/in-cuttacks-silver-filigree-hub-soaring-prices-and-import-curbs-push-artisans-to-the-brink-10700288/ Sperm Whale Clicks: Complex Patterns Similar to Human Speech Subject: Science & Tech – Animal Communication; Convergent Evolution; Sperm Whale; Phonology; Project CETI. Why in News? A study published in Proceedings of the Royal Society B (April 15, 2026) reveals that sperm whale vocalisations (click sequences called codas) have complex acoustic structures resembling patterns found in human speech. The study was led by Gasper Beguš, associate professor of linguistics at University of California, Berkeley. About Sperm Whales Scientific Name: Physeter macrocephalus Size: Largest toothed whale; males up to 20 metres Diet: Deep-sea squid, fish, sharks Habitat: Found in oceans worldwide; deep waters Status: Vulnerable (IUCN Red List) Key Feature: Largest brain of any animal (up to 9 kg) Echolocation: Uses clicks for navigation and hunting in deep, dark waters How Sperm Whales Communicate Codas Short sequences of clicks that whales exchange while coordinating within their groups. Traditionally classified using: Number of clicks in a sequence Spacing between clicks (inter-click intervals) Example Coda Types 1+1+3 coda: Two clicks separated by pauses, followed by three clicks in rapid succession 5R coda: Five evenly spaced clicks Learning Different whale groups use different sets of patterns → system is unlikely to be entirely inborn. At least part of it is learnt within groups (cultural transmission). Key Findings of the Study Two Distinct Click Categories (Like Human Vowels) Researchers broke each click into frequency components. Found two distinct categories: “a” click: Single dominant frequency peak “i” click: Two frequency peaks These are analogous to formants in human speech – resonant frequencies that allow us to distinguish “ah” from “ee”. Timing and Type as Separate Features Whales control not just when they click, but also what kind of click they produce. Same pattern (e.g., 1+1+3 coda) can be produced using either “a” or “i” click. Coda Length Differences “a” codas are typically longer than “i” codas (even when spacing pattern is same). Similar to how longer and shorter vowels can serve different functions in human speech. Individual Differences Even within same coda pattern and click type, some whales produce longer sequences than others. But “a” codas are still longer than “i” codas across all whales – same underlying patterns. Context-Dependent Production First click of a coda can be affected by the coda that came before it. Shows codas are not produced in isolation. Significance Parallels with Human Phonology Human phonology = system of rules that organises sound patterns through combinations of discrete sound categories, timing, and position. Sperm whale vocalisations show clear parallels with human phonology. Convergent Evolution Hypothesis (Prof. Gasper Beguš) Humans and whales diverged tens of millions of years ago. Both evolved complex vocal systems showing striking structural parallels. Rich Social and Cultural Lives Dr. Mason Youngblood (Stony Brook University): Rich social and cultural lives of sperm whales rely heavily on communication within family and clan groups – may support such complexity. What We Don’t Know Yet Study does not identify what information codas convey. Whether different patterns correspond to specific meanings remains unknown. Project CETI (Cetacean Translation Initiative) aims to decode whale communication. Caveat Clear similarities, but also important differences. Fundamentally rhythmic nature of sperm whale codas sets them apart from human speech. Must not be quick to call it a “language” just yet. Key Terms for Prelims Sperm Whale: Physeter macrocephalus – largest toothed whale; vulnerable (IUCN) Coda: Short sequence of clicks used by sperm whales for communication Formants: Resonant frequencies in human speech that distinguish vowel sounds Phonology: System of rules organising sound patterns in human language Convergent Evolution: Independent evolution of similar traits in distantly related species Echolocation: Biological sonar used by whales and dolphins for navigation and hunting Project CETI: Cetacean Translation Initiative – research project to decode whale communication Proceedings of the Royal Society B: Peer-reviewed biological research journal UC Berkeley: University of California, Berkeley – lead institution Possible Prelims MCQs Q1: Sperm whales communicate using short sequences of clicks known as: Codas Q2: The study on sperm whale communication was published in which journal? Proceedings of the Royal Society B Q3: What are the two distinct click categories identified in sperm whale codas (analogous to human vowels)? “a” and “i” Q4: The research project aiming to decode whale communication is called: Project CETI Q5: The hypothesis that humans and whales independently evolved complex vocal systems is called: Convergent evolution Q6: What is the IUCN status of the sperm whale? Vulnerable Source/Reference: https://www.thehindu.com/sci-tech/science/sperm-whale-clicks-have-complex-patterns-similar-to-human-speech/article70982438.ece#google_vignette Asian Productivity Organization (APO): 68th Governing Body Session in New Delhi Subject: Economy – Productivity; International Relations – Regional Organizations; APO; NPC; India’s Founding Membership. Why in News? The 68th Session of the Asian Productivity Organization (APO) Governing Body is being hosted by the Government of India in New Delhi. Union Minister of Commerce and Industry Piyush Goyal is scheduled to inaugurate the meeting. Member nations are expected to discuss APO Vision 2030, budget, and reforms. About Asian Productivity Organization (APO) Establishment Founded in 1961. An intergovernmental organization committed to enhancing productivity for sustainable socioeconomic development through mutual cooperation and knowledge sharing. Headquarters Tokyo, Japan Membership Open to countries in Asia and the Pacific that are members of UN ESCAP (United Nations Economic and Social Commission for Asia and the Pacific). Currently comprises 21 member economies from the Asia-Pacific region. List of Members (21) Bangladesh, Cambodia, Republic of China (Taiwan), Fiji, Hong Kong, India, Indonesia, Islamic Republic of Iran, Japan, Republic of Korea, Lao PDR, Malaysia, Mongolia, Nepal, Pakistan, Philippines, Singapore, Sri Lanka, Thailand, Türkiye, Vietnam. India’s Role Founding member of APO. National Productivity Council (NPC) under the Ministry of Commerce and Industry is the designated National Productivity Organization (NPO) for India. Organisational Structure Three Main Bodies Body Role Governing Body Highest decision-making authority. Meets annually to set strategic direction, approve major proposals, and review Secretariat performance. National Productivity Organizations (NPOs) Designated bodies in each member country that coordinate with APO and support productivity drives. Secretariat Headed by a Secretary-General; based in Tokyo, Japan. APO Vision 2030 A strategic roadmap for the organization’s future direction. Focuses on enhancing productivity for sustainable socioeconomic development in the Asia-Pacific region. The 68th Governing Body Session will discuss this vision, along with budget and reforms. Key Terms for Prelims APO: Asian Productivity Organization – intergovernmental body (est. 1961; HQ: Tokyo) UN ESCAP: United Nations Economic and Social Commission for Asia and the Pacific – membership eligibility criterion National Productivity Council (NPC): India’s designated NPO under Ministry of Commerce and Industry Governing Body: APO’s highest decision-making authority (meets annually) NPO (National Productivity Organization): Designated body in each member country coordinating with APO APO Vision 2030: Strategic roadmap for productivity enhancement in the region Possible Prelims MCQs Q1: The Asian Productivity Organization (APO) was established in which year? 1961 Q2: The headquarters of the Asian Productivity Organization (APO) is located in: Tokyo Q3: Which Indian body is designated as the National Productivity Organization (NPO) for APO? National Productivity Council (NPC) Q4: The highest decision-making authority of APO is the: Governing Body Q5: India is a founding member of APO. The membership of APO is open to countries that are members of: UN ESCAP Q6: The 68th Session of the APO Governing Body is being hosted by: India Q7: The strategic roadmap for APO’s future direction is called: APO Vision 2030 Q8: How many member economies currently constitute the APO? 21 Source/Reference: https://www.aninews.in/news/business/piyush-goyal-to-inaugurate-asian-productivity-organization-meeting-in-delhi-member-nations-to-discuss-vision-2030-budget-amp-reforms20260520124927/ Agricola Medal 2026: PM Modi Conferred by FAO for Food Security Leadership Subject: Agriculture – Food Security; International Relations – FAO; Agricola Medal; Sustainable Agriculture; India’s Leadership. Why in News? Prime Minister Narendra Modi was conferred the prestigious Agricola Medal for 2026 by the Food and Agriculture Organization (FAO) of the United Nations at the FAO Headquarters in Rome on May 20, 2026. He received the award from Dr. Qu Dongyu, Director General of FAO. This was the first visit by an Indian Head of Government to FAO Headquarters in the last 30 years. About Agricola Medal What is it? The highest award of the Food and Agriculture Organization (FAO). Conferred to recognize exceptional leadership in addressing food security, sustainable agriculture, and rural development. Established Awarded since 1977. Named After Named in honour of Georgius Agricola (1494–1555), the German scholar known as the “Father of Mineralogy” who made significant contributions to mining and metallurgy (the medal’s original focus). Over time, it has evolved to recognize broader contributions to agriculture and food security. Previous Notable Recipients Mother Teresa (1986 – posthumously awarded) Pope John Paul II (1999) Lula da Silva (former President of Brazil) Other heads of state and global leaders in food security Why PM Modi Received the Award (FAO’s Recognition) Exceptional leadership to address food security, sustainable agriculture, and rural development in India and at the global level. India’s science-driven and innovation-based approach to farming. Climate-resilient agriculture – India developed around 3,000 climate-resilient crop varieties in the last 10 years. Digital farming solutions – Digital Public Infrastructure, AI-based advisory systems, drones, remote-sensing technologies, sensor-based machinery. Micro-irrigation – ‘Per Drop More Crop’ mission-based approach. International Year of Millets – India’s leadership in promoting millets (coincided with India’s G20 presidency, 2023). Global South focus – India’s agriculture strengthening global food security, especially for countries in the Global South. India’s Association with FAO Founding member of FAO (established 1945). Active collaboration on food security, sustainable agriculture, and nutrition. International Year of Millets (2023) – celebrated in partnership with FAO. Key Terms for Prelims Agricola Medal: FAO’s highest award (since 1977); honours exceptional leadership in food security and sustainable agriculture FAO (Food and Agriculture Organization): UN specialized agency; leads international efforts to defeat hunger (established 1945; HQ: Rome, Italy) Georgius Agricola: German scholar (1494-1555); “Father of Mineralogy”; medal named after him Per Drop More Crop: Component of Pradhan Mantri Krishi Sinchayee Yojana (PMKSY); promotes micro-irrigation (drip/sprinkler) Climate-resilient crop varieties: Crop varieties bred to withstand drought, flood, heat, salinity, etc. Global South: Developing countries in Asia, Africa, Latin America International Year of Millets (2023): UN-declared year; led by India Digital Public Infrastructure (DPI): Digital rails for service delivery (e.g., UPI, Aadhaar, DigiLocker) Possible Prelims MCQs Q1: The Agricola Medal is conferred by which organization? Food and Agriculture Organization (FAO) Q2: The Agricola Medal is named after: Georgius Agricola Q3: The FAO Headquarters is located in: Rome Q4: Who is the current Director General of FAO (as of May 2026)? Qu Dongyu Q5: PM Modi’s visit to FAO Headquarters in May 2026 was the first by an Indian Head of Government in: 30 years Q6: According to PM Modi’s remarks, how many climate-resilient crop varieties has India developed in the last 10 years? 3,000 Q7: ‘Per Drop More Crop’ is a component of which scheme? Pradhan Mantri Krishi Sinchayee Yojana (PMKSY) Q8: India is a founding member of FAO. In which year was FAO established? 1945 Source/Reference: https://www.pib.gov.in/PressReleasePage.aspx?PRID=2263509&reg=3&lang=1 RAINMUMBAI: India's First Exchange-Traded Weather Derivatives Contract Subject: Economy – Commodity Derivatives; Weather Derivatives; NCDEX; RAINMUMBAI; Hedging; Monsoon Risk Management. Why in News? National Commodities and Derivatives Exchange (NCDEX) announced the launch of India’s first SEBI-approved exchange-traded weather derivatives contract named “RAINMUMBAI”. The contract will be available for trading from June 1, 2026. What is RAINMUMBAI? Definition India’s first exchange-traded weather derivatives contract. A financial instrument that allows participants to hedge losses from unpredictable weather and monsoon variability. Cash-settled (no physical delivery of rainfall). Purpose Helps sectors manage weather-related risks beyond traditional government relief and insurance claims. Sectors that can benefit: agriculture, power, construction, logistics, tourism, banking, and energy. Trading Details Base cost: ₹50 per millimetre of rainfall Trading hours: 10:00 AM to 11:30 PM on weekdays Lot size: Not specified (but contracts can be tailored to risk management needs) How It Works Underlying Asset Deviation of actual rainfall from Mumbai’s long-period average (LPA) during the monsoon season. Months Available for Trade Only June, July, August, and September (tracking Mumbai’s monsoon patterns). Data Source India Meteorological Department (IMD) surface rainfall and automatic weather stations (AWS) observations at Santacruz and Colaba (Mumbai). Key Feature vs Insurance Unlike conventional insurance (which requires physical loss assessment), weather derivatives are settled directly against observed weather data. Enables faster payouts and reduces operational complexity. Development and Regulation Approvals Approved by Securities and Exchange Board of India (SEBI). Development Partners Developed in collaboration with Indian Institute of Technology (IIT) Bombay. Based on rainfall data in Mumbai. Context: 2026 Monsoon Forecast India has forecast below-average monsoon rains in 2026 for the first time in three years. Raises concerns over farm output and economic growth. RAINMUMBAI provides a tool to hedge financial exposure to rainfall fluctuations. What are Weather Derivatives? (Static Context) Definition Financial contracts that derive value from weather-related indices (rainfall, temperature, snowfall, etc.). Used globally to hedge weather-related revenue risks. Difference from Insurance Insurance compensates for actual physical losses (requires assessment). Weather derivatives pay out based on observed weather data (faster, no loss assessment). Common Users Globally Agriculture (crop yield protection) Energy (demand fluctuations based on temperature) Construction (weather delays) Tourism and logistics Key Terms for Prelims RAINMUMBAI: India’s first exchange-traded weather derivatives contract (NCDEX, June 1, 2026) Weather Derivatives: Financial instruments whose value is derived from weather indices (rainfall, temperature) Hedging: Strategy to reduce financial risk from adverse price/weather movements Cash-settled: Contract settled in cash, not physical delivery Long-Period Average (LPA): Average rainfall over a 50-year period; used as benchmark Automatic Weather Station (AWS): Automated station for real-time weather data collection NCDEX: National Commodities and Derivatives Exchange (est. 2003; HQ: Mumbai) SEBI: Securities and Exchange Board of India – regulator for commodity derivatives Possible Prelims MCQs Q1: RAINMUMBAI, India’s first exchange-traded weather derivatives contract, has been launched by: NCDEX Q2: RAINMUMBAI is developed in collaboration with which technical institution? IIT Bombay Q3: The rainfall data for RAINMUMBAI contract is sourced from IMD weather stations at: Santacruz and Colaba Q4: What is the base cost per millimetre of rainfall for the RAINMUMBAI contract? ₹50 Q5: RAINMUMBAI contracts will be available for trading during which months? June to September Q6: The weather derivatives contract is different from insurance because: It is settled directly against observed weather data Q7: NCDEX was established in which year? 2003 Source/Reference: https://www.reuters.com/business/environment/indias-weather-futures-debut-puts-mumbai-rain-up-trade-2026-05-20/ (MAINS Focus) Europe's Shift to Centre of Delhi's Frame: A Welcome Evolution GS Paper II – International Relations (Bilateral Relations; Regional Groupings) India-EU Relations; FTAs (India-EU, India-EFTA); Strategic Autonomy; Semiconductor Cooperation   Introduction Prime Minister Narendra Modi’s visit to the Netherlands, Sweden, Norway, and Italy reflects India’s deepening engagement with Europe. After decades of limited focus shaped by Cold War alignments, ties have expanded through the 2026 India-EU FTA and the 2024 India-EFTA agreement. Europe is now vital for India’s trade, technology, investment, and green-energy ambitions despite differences over the Ukraine conflict.   Main Body The Shift: Why Europe Matters Now Historical Context: During the Cold War, India’s approach to Europe was shaped by close ties with the Soviet Union and rivalry with the West. Europe was peripheral to India’s foreign policy for decades. A prolonged neglect is now giving way to expanding cooperation. Drivers of the Shift: India-EU FTA signed in January 2026. India-EFTA agreement (2024) – trade and investment with Switzerland, Norway, Iceland, Liechtenstein. Traditional alignments under growing strain: Unpredictable American president (Trump). Ever-deepening partnership between India’s ally Russia and competitor China. Fragile détente between Beijing and Washington (Trump-Xi summit). What Europe Offers India: Export markets (diversification away from traditional partners). Capital (investment in infrastructure, manufacturing, green energy). Advanced technology (semiconductors, defence, green tech). Green-energy partnerships (renewable energy, hydrogen). The Prime Minister’s Itinerary: Key Engagements Netherlands (ASML – Semiconductors): The Netherlands (population 18 million) is a pivotal player in the global chip race because of ASML. ASML is the sole manufacturer of advanced lithography machines needed to produce the most advanced semiconductors. Significance: Reduces India’s dependence on Taiwan and South Korea for advanced chips. Sweden, Norway, Italy: Sweden and Norway: Nordic countries with expertise in green energy, defence, and innovation. Italy: strengthening ties in the Indo-Mediterranean region. Potential areas: defence procurement, renewable energy, technology transfer. Underlying Themes: Diversification of defence procurement away from Russia. Technological expertise and capital for renewable energy. Opportunities for Indian youth (diaspora across Europe, highly skilled workers and students). Europe’s Sub-Regions: Different Strategic Priorities The EU as a Bloc vs. Individual Member States: The EU functions as a bloc of 27 member states, but each country retains its own strategic priorities and foreign policy outlook. Europe’s sub-regions differ sharply in their perceptions of external powers. India’s Current Partnerships: Strong partnerships with key western European powers: France, the Netherlands, Germany. Deepening engagement with Nordic countries (Sweden, Norway, Finland, Denmark, Iceland). Strengthening ties with Italy in the Indo-Mediterranean. What More Must Be Done: Engage with sub-regions (not just individual countries). Cultivate cross-linkages for mutual gains. Central and Eastern Europe remain relatively unexplored for India. What Europe Seeks from India De-risking from China: For Europe, India is a critical partner in its efforts to de-risk from a rising China. Supply chain diversification away from China. Trusted partner in a volatile geopolitical environment. Market Access: India’s large and growing market (1.4 billion people). India-EU FTA (January 2026) provides framework. Rules-Based Order: Both India and Europe have an interest in upholding a fraying rules-based order. Diminishing relevance of international institutions makes bilateral and regional partnerships more important. Challenges and Frictions Russia-Ukraine War: India continues to purchase Russian oil and defence equipment. Europe’s sanctions on Russia are not matched by India. Friction persists but has not derailed broader cooperation. Protectionist Tendencies: India has been protective of its agriculture and services sectors in FTA negotiations. Europe has environmental and labour standards that India finds challenging. Strategic Autonomy: India’s foreign policy remains strategically autonomous (not aligned with any bloc). Europe sometimes expects India to take sides. Way Forward: From Peripheral to Central Deepen FTAs: Implement India-EU FTA (signed January 2026) effectively. Explore sectoral agreements in defence, semiconductors, green hydrogen. Sub-Regional Engagement: Nordic-Baltic cooperation (Sweden, Norway, Finland, Denmark, Estonia, Latvia, Lithuania). Central and Eastern Europe (Poland, Czech Republic, Hungary, Slovakia) – traditionally less engaged with India. Mediterranean (Italy, Spain, Greece, Portugal) – maritime and energy cooperation. Technology Partnerships: Semiconductor manufacturing (ASML-Tata Electronics as a model). Defence co-development (reduce dependence on Russia). Green energy (solar, wind, green hydrogen, battery storage). People-to-People Ties: Indian diaspora across Europe is expanding (highly skilled workers and students). Education and research collaborations. Conclusion Prime Minister Narendra Modi’s Europe visit highlights a major shift in India’s foreign policy, with Europe emerging as a key strategic partner after decades of neglect shaped by Cold War alignments. Backed by the 2026 India-EU FTA and the 2024 India-EFTA agreement, cooperation is expanding in trade, technology, semiconductors, and green energy. As Europe seeks to de-risk from China, India has become an important partner, making deeper engagement with European sub-regions increasingly vital.   UPSC Mains Practice Question “Europe has become central to India’s trade, technology, and green-energy ambitions.” Examine the factors driving India’s deeper engagement with Europe. What are the key gains from recent FTAs and technology partnerships? (250 words, 15 marks)   https://indianexpress.com/article/opinion/editorials/europes-shift-to-centre-of-delhis-frame-is-welcome-10700162/ BRICS Youth Entrepreneurship: Shaping the Future of Work GS Paper II – International Relations (Regional Groupings) | GS Paper I – Society (Demographics) | GS Paper III – Economy BRICS Cooperation; Youth Entrepreneurship; Demographic Dividend; Startup Ecosystems   Introduction The BRICS Youth Council Entrepreneurship Working Group Meeting in Indore, held under India’s BRICS Chairship 2026, focuses on entrepreneurship, innovation, and sustainable growth. Union Minister Mansukh Mandaviya highlighted that BRICS nations, with over half their population below 35, have the demographic strength to shape the future of work.   Main Body Demographic Strength of BRICS Countries The Numbers: BRICS countries represent nearly half of the world’s population. Across many BRICS economies, more than 50% of the population is below age 35. India alone has nearly 65% of its population below age 35. The Opportunity: This demographic strength gives BRICS countries an opportunity to shape the future of work. Young people across BRICS nations are already driving transformational change. If harnessed properly, the demographic dividend can drive economic growth and innovation. The Challenge: Demographic dividend is not automatic; it requires skilling, employment, and entrepreneurship opportunities. BRICS countries must learn from each other to convert demographic strength into economic growth. Theme and Objectives of the Meeting Theme: “Building for Resilience, Innovation, Cooperation and Sustainability.” Objectives: Strengthen cooperation in entrepreneurship among BRICS countries. Promote innovation-led sustainable growth. Exchange experiences, initiatives, and best practices. Identify practical and scalable approaches for resilient and future-ready entrepreneurial ecosystems. Session Focus: “From Local Innovation to Global Impact: BRICS Cooperation for a Youth-Led Startup Ecosystem.” Digital innovation and technology-driven entrepreneurship. Social and inclusive entrepreneurship. Green entrepreneurship and climate-positive business models. Key Sectors for Youth Entrepreneurship Digital Innovation and Technology-Driven Entrepreneurship: Artificial Intelligence (AI) Fintech Agritech Social and Inclusive Entrepreneurship: Community-driven enterprise Inclusive growth (SC/ST/OBC, women, persons with disabilities) Green Entrepreneurship and Climate-Positive Business Models: Sustainability Clean energy Climate adaptation BRICS Cooperation Mechanism BRICS Youth Council: Entrepreneurship Working Group is one of the working groups under the BRICS Youth Council. Provides platform for member countries to exchange developmental experiences. Identify practical and scalable approaches for strengthening entrepreneurial ecosystems. India’s BRICS Chairship 2026: India is currently the chair of BRICS. The meeting in Indore is part of India’s chairship activities. Reflects India’s commitment to promoting youth-led innovation, entrepreneurship, and international cooperation. Other BRICS Initiatives in Entrepreneurship: BRICS Startup Forum (launched previously) enables entrepreneurs to access capital more easily. BRICS countries share best practices in skilling, digital inclusion, and enterprise-led growth. Way Forward: From Local Innovation to Global Impact For BRICS Countries: Learn from each other’s experiences in building startup ecosystems. Cooperate on skilling, digital inclusion, and access to capital. Create cross-BRICS incubation and acceleration programmes. For India: Share its experience of building startup ecosystem (over 100 unicorns, Tier-2/3 city entrepreneurs). Learn from other BRICS countries’ models (China’s manufacturing scale, Brazil’s agritech, South Africa’s social enterprise). For Youth Entrepreneurs: Opportunities across AI, fintech, agritech, sustainability, and clean energy. Cross-country collaboration and networking. Access to BRICS-wide markets and funding. Challenges: BRICS countries have vastly different economic systems (China’s state-led, Brazil’s market-led, Russia’s resource-dependent). Language, regulatory, and cultural barriers to cross-BRICS entrepreneurship. Startup ecosystems are still concentrated in a few cities (Bangalore, Delhi, Mumbai; Shenzhen, Beijing; São Paulo). Financing for cross-border youth entrepreneurship is limited. Conclusion The BRICS Youth Council Entrepreneurship Working Group Meeting in Indore, under India’s BRICS Chairship 2026, focuses on resilience, innovation, cooperation, and sustainability. Union Minister Mansukh Mandaviya highlighted the demographic strength of BRICS nations, while Minister of State Raksha Khadse stressed that collaboration among BRICS countries can turn local innovations into global impact, especially in AI, fintech, agritech, inclusive entrepreneurship, and green business models.   UPSC Mains Practice Question “With over half their population below 35, BRICS nations hold significant potential to shape the future of work.” Examine the scope of BRICS cooperation in youth entrepreneurship. What lessons can India learn and contribute? (250 words, 15 marks)   https://www.pib.gov.in/PressReleasePage.aspx?PRID=2263380&reg=3&lang=1  

Archives (PRELIMS  Focus) Trachischium lalremsangai: New Worm-Eating Burrowing Snake Discovered in Mizoram Subject: Environment – New Species Discovery; Indo-Burma Biodiversity Hotspot; Murlen National Park; Herpetology; Mizoram. Why in News? Scientists have discovered a new species of burrowing snake named Trachischium lalremsangai in Murlen National Park, Mizoram, near the India–Myanmar border. The discovery highlights the rich biodiversity of the Indo-Burma biodiversity hotspot. One of the two specimens was found in Myanmar’s Chin State in 2007, but was only recently identified as a distinct species. About Trachischium lalremsangai Basic Details Type: Burrowing snake; also known as slender snake or worm-eating snake. Diet: Primarily feeds on earthworms. Habitat: Spends most of its life underground in loose soil. Behaviour: Harmless to humans; not venomous. Distinguishing Features Smooth iridescent scales. Brown body with a white-speckled underside. Light-brown belly (unlike related species that have dark brown to black belly). Two scales behind the eye (unique arrangement of head scales). DNA analysis confirmed its distinctiveness from other Trachischium species. Naming Named after Dr. Hmar Tlawmte Lalremsanga, a professor of Zoology at Mizoram University, in recognition of his remarkable contributions to herpetology (study of reptiles and amphibians) in India, especially in Northeast India. He has mentored students and fostered research collaborations within the Indo-Burma biodiversity hotspot. Discovery Team Virender K. Bhardwaj, Amit K. Bal, Chhangte L. Tluanga (Mizoram University) Zeeshan A. Mirza (Max Planck Institute for Biology, Germany) Key Terms for Prelims Trachischium lalremsangai: New worm-eating burrowing snake species from Mizoram Herpetology: Study of reptiles and amphibians Holotype: Single physical specimen used to formally describe a new species Indo-Burma Biodiversity Hotspot: One of 36 global biodiversity hotspots; covers Northeast India and Southeast Asia Murlen National Park: Protected area in Champhai district, Mizoram (Indo-Myanmar border) Mizo Hills: Part of Patkai range (extension of Himalayas) Hoolock gibbon: Only ape species found in India; endangered Mrs. Hume’s pheasant: State bird of Mizoram Patkai range: Hill range in Northeast India (part of Purvanchal range) Max Planck Institute for Biology: German research institute (co-discoverer institution) California Academy of Sciences: San Francisco-based research institution housing the second specimen Possible Prelims MCQs Q1: Trachischium lalremsangai, a new species of burrowing snake, was discovered in which protected area? Murlen National Park Q2: The new snake species is named after: Hmar Tlawmte Lalremsanga Q3: Murlen National Park is located in which Indian state? Mizoram Q4: Trachischium lalremsangai belongs to which genus of snakes? Trachischium Q5: The newly discovered snake primarily feeds on: Earthworms Q6: What is the state bird of Mizoram? Mrs. Hume’s pheasant Q7: The Indo-Burma biodiversity hotspot covers which of the following regions? Northeast India, parts of Bangladesh, China, Malaysia, and all of Cambodia, Laos, Myanmar, Thailand, Vietnam Q8: Which endangered ape species is found in Murlen National Park? Hoolock gibbon Source/Reference: https://www.thehindu.com/sci-tech/science/new-worm-eating-snake-named-after-mizoram-herpetologist/article71002293.ece#google_vignette International Booker Prize 2026: Taiwan Travelogue Wins, First Mandarin Chinese Translation Subject: Art & Culture – Literary Prizes; International Booker Prize; Translated Literature; Indian Winners; Taiwan Travelogue. Why in News? Taiwan Travelogue by Taiwanese author Yang Shuang-zi, translated by Taiwanese-American Lin King, won the 2026 International Booker Prize. This is the first novel translated from Mandarin Chinese to win this prestigious award. About the Winning Book: Taiwan Travelogue Author: Yang Shuang-zi (Taiwan) Translator: Lin King (Taiwanese-American) Original Language: Mandarin Chinese Plot Set in 1930s Taiwan (under Japanese rule) Follows a fictional Japanese writer, Aoyama Chizuko, on a government-sponsored culinary tour of Taiwan She is accompanied by a Taiwanese translator, O Chizuru, whom she falls in love with Explores themes of: love, culture, colonial history, power, food, and adventure Unique Format Elaborately framed as the translation of a rediscovered travel memoir Includes fictional footnotes – many readers initially thought it was a genuine historic text Previous Accolades Golden Tripod Award (Taiwan’s highest literary honour) – 2021 (original Mandarin version) National Book Award for Translated Literature (US) – 2024 (English translation) About the International Booker Prize Establishment Established in 2005 as the Man Booker International Prize Renamed to International Booker Prize in 2019 Purpose Celebrates the best works of long-form fiction or collections of short stories translated into English and published in the UK and/or Ireland Aims to encourage reading of quality fiction from all over the world Prize Money £50,000 (approx. $67,000) – split equally between author and translator Shortlisted authors and translators each receive £2,500 Key Feature Recognises the vital work of translators – unique among major literary prizes Indian Winners of International Booker Prize Year Winner Language Translator 2022 Geetanjali Shree – Tomb of Sand Hindi Daisy Rockwell 2025 Banu Mushtaq – Heart Lamp Kannada Deepa Bhasthi Significance Tomb of Sand (2022) was the first Hindi work to win the prize Heart Lamp (2025) was the first Kannada work to win the prize Key Terms for Prelims International Booker Prize: Annual literary award for translated fiction (established 2005) Taiwan Travelogue: 2026 winning book by Yang Shuang-zi, translated by Lin King Golden Tripod Award: Taiwan’s highest literary honour National Book Award for Translated Literature: US literary award (2024 winner) Geetanjali Shree: First Indian winner (2022) – Tomb of Sand (Hindi) Banu Mushtaq: Second Indian winner (2025) – Heart Lamp (Kannada) Lin King: First translator of Mandarin Chinese work to win the prize Man Booker International Prize: Original name (2005-2018) Possible Prelims MCQs Q1: The 2026 International Booker Prize was won by which book? Taiwan Travelogue Q2: Taiwan Travelogue is the first novel translated from which language to win the International Booker Prize? Mandarin Chinese Q3: Who translated the 2026 winning book Taiwan Travelogue? Lin King Q4: Which Indian language work won the International Booker Prize in 2025? Kannada – Heart Lamp Q5: What is the total prize money for the International Booker Prize? £50,000 Q6: The International Booker Prize prize money is split equally between: Author and translator Source/Reference: https://www.bbc.com/news/articles/c4g094yzl2wo Canine Distemper Virus (CDV) Outbreak: Sixth Tiger Dies in Kanha Tiger Reserve Subject: Environment – Wildlife Conservation; Tiger Reserves; Project Tiger; NTCA; Canine Distemper Virus. Why in News? A six-year-old male tiger was found dead in Kanha Tiger Reserve (KTR) on May 19, 2026 – the sixth tiger death within a month due to suspected Canine Distemper Virus (CDV) About Canine Distemper Virus (CDV) What is CDV? Highly contagious viral disease affecting dogs and wild carnivores (tigers, lions, leopards, wolves, jackals) Spreads through direct contact with infected animals or their body fluids (saliva, urine, feces) Also spreads through aerosol droplets (coughing, sneezing) Not transmissible to humans Symptoms in Tigers Respiratory distress, fever, pneumonia Neurological signs (seizures, paralysis) Suppressed immunity leading to secondary infections Often fatal in wild big cats Transmission to Wild Cats Infected stray/domestic dogs roaming in or near forest areas Tigers contract virus by killing and eating infected dogs, or through direct contact Precautionary Measures Taken Water body near which tiger was found – contained and disinfected with bleach and lime Animal’s scat and food leftovers – burnt to prevent contact with other animals Rabies and CDV vaccination drive for dogs in core and buffer areas underway Concern Authorities had earlier claimed the virus was contained after the Sarhi range deaths Death in Mukki range suggests the virus may be spreading across the Reserve About Kanha Tiger Reserve Location: Mandla and Balaghat districts, Madhya Pradesh Established: 1973 under Project Tiger Area: Core ~940 sq km; Total (with buffer) ~2,050 sq km Famous for: Barasingha (Swamp Deer) – last refuge in India; inspiration for Rudyard Kipling’s “The Jungle Book” Key Terms for Prelims Canine Distemper Virus (CDV): Viral disease affecting dogs and wild carnivores; not transmissible to humans Kanha Tiger Reserve: Tiger reserve in MP; Project Tiger (1973) NTCA: National Tiger Conservation Authority – statutory body under MoEFCC SWFH Jabalpur: School of Wildlife Forensic and Health – forensic laboratory for wildlife cases Barasingha (Rucervus duvaucelii): Swamp deer; Kanha is its last refuge in India Sarhi range: Location of first five tiger deaths (April 2026) Mukki range: Location of sixth tiger death (May 19, 2026) Project Tiger: Centrally sponsored scheme launched in 1973 for tiger conservation Possible Prelims MCQs Q1: The recent tiger deaths in Kanha Tiger Reserve (April-May 2026) are suspected to be caused by: Canine Distemper Virus (CDV) Q2: The School of Wildlife Forensic and Health (SWFH) that confirmed CDV as the cause of death is located in: Jabalpur Q3: Which species of deer has its last refuge in Kanha Tiger Reserve? Barasingha (Swamp Deer) Q4: The first five tiger deaths in Kanha occurred in which range? Sarhi range Q5: Project Tiger was launched in which year? 1973 Source/Reference: https://www.thehindu.com/news/national/madhya-pradesh/sixth-tiger-dies-of-suspected-cdv-in-madhya-pradeshs-kanha-reserve/article70999178.ece#google_vignette SHE-MART Initiative: Community-Owned Retail Outlets for Women SHGs Subject: Social Justice – Women Empowerment; Economy – Rural Livelihoods; SHGs; DAY-NRLM; Lakhpati Didi; Budget 2026-27. Why in News? The Ministry of Rural Development (MoRD) has initiated a nationwide roadmap for the creation of women-led rural marketing ecosystems through the SHE-MART initiative. Announced in the Union Budget 2026-27, it aims to establish community-owned retail outlets for women self-help groups (SHGs). What is SHE-MART? Full Form: Self Help Entrepreneurs – Marketing Avenues for Rural Transformation Nodal Ministry: Ministry of Rural Development Implementation: Under Deendayal Antyodaya Yojana – National Rural Livelihoods Mission (DAY-NRLM) Target Beneficiaries Women entrepreneurs running home-based or micro businesses Active members of registered SHGs Rural micro-enterprises Women-led cooperatives Women in agricultural and allied sectors (handicrafts, textiles, food processing) First-time women entrepreneurs Key Objectives Provide direct market access for SHG products Help women reach larger markets and build brands Provide greater control over markets and branding Strengthen grassroots institutions like SHGs Support sustainable income generation Promote inclusive economic growth Key Features Community-Owned Retail Outlets Retail outlets owned and managed by local women’s groups within cluster-level federations Ensures community control and ownership Direct Market Access Structured retail platforms for women entrepreneurs to sell products Access formal markets without intermediaries (eliminates middlemen) Permanent Infrastructure Permanent retail points for SHG-made goods Value-added product support for sustainable business operations Empowerment Greater control over markets, branding, and sustainable income generation Moves women from income generation to enterprise ownership Link with Lakhpati Didi Next step after Lakhpati Didi programme Helps women transition from earners to enterprise owners Builds on existing success of SHG movement Products to be Supported Handicrafts Textiles Food products Agricultural produce Value-added processed products Expected Impact Target women beneficiaries: Over 1 crore across India Strengthened rural economy – enhanced local markets Increased financial inclusion – banking and credit access Women-led enterprises – business ownership growth Multiplier effects on household income, education, healthcare, and community development Key Terms for Prelims SHE-MART: Self Help Entrepreneurs – Marketing Avenues for Rural Transformation DAY-NRLM: Deendayal Antyodaya Yojana – National Rural Livelihoods Mission (implementing agency) Lakhpati Didi: Government scheme to help SHG members earn annual income of ₹1 lakh+ Cluster-level federation: Group of SHGs at cluster level (10-20 villages) Community-owned retail outlets: Retail stores owned and managed by local women’s groups Direct Market Access: Selling directly to consumers without intermediaries Value-added processed products: Products that have undergone processing to increase value (e.g., pickles, spices, packaged foods) Possible Prelims MCQs Q1: SHE-MART initiative is being implemented under which scheme? Deendayal Antyodaya Yojana – National Rural Livelihoods Mission (DAY-NRLM) Q2: What is the full form of SHE-MART? Self Help Entrepreneurs – Marketing Avenues for Rural Transformation Q3: SHE-MART is announced in which Union Budget? 2026-27 Q4: Which ministry is the nodal ministry for the SHE-MART initiative? Ministry of Rural Development Q5: SHE-MART is positioned as the next step after which existing government scheme? Lakhpati Didi Q6: What is the target number of women beneficiaries under the SHE-MART initiative? 1 crore Q7: Which type of retail outlets are established under SHE-MART? Community-owned retail outlets within cluster-level federations Q8: Lakhpati Didi scheme helps SHG members achieve annual income of: ₹1 lakh+ Source/Reference: https://she-mart.in/ Zwan-Wolf Effect: Rare Martian Atmospheric Phenomenon Detected by MAVEN Subject: Science & Tech – Space Exploration; Solar Wind; Planetary Magnetospheres; MAVEN Mission; Mars Atmosphere. Why in News? NASA’s MAVEN spacecraft detected the Zwan-Wolf effect in the ionosphere of Mars – the first time this phenomenon has been observed in a planet’s atmosphere rather than its magnetosphere. The findings were published in the journal Nature Communications (May 2026) by researchers from France, the UK, and the US. What is the Zwan-Wolf Effect? Definition A process where charged particles are squeezed along magnetic structures known as flux tubes. Discovered in 1976 – previously observed only in planetary magnetospheres (not atmospheres). How it Happens The solar wind (stream of charged particles from the Sun) nears the magnetic field of a planet. It becomes compressed near magnetic boundaries. This creates a pressure gradient that squeezes charged particles along the magnetic field, away from the stream. Result: an area with lower density of charged particles closer to the stream. On Earth This mechanism deflects much of the solar wind and protects us from the Sun’s constant bombardment. Discovery at Mars Why Mars is Different Mars lacks a strong, global magnetic field (unlike Earth). Scientists previously believed such magnetic phenomena could not occur in Mars’s atmosphere. Detection (December 2023) MAVEN recorded data during a powerful solar storm – a coronal mass ejection (CME) struck Mars. The event created intense magnetic structures in Mars’s magnetic field that moved downwards into the planet’s ionosphere (below 200 km altitude). These structures squeezed charged particles in the ionosphere towards the planet’s unlit side. Result: Local density of charged particles reduced by approximately 50%. Key Finding The Zwan-Wolf effect is likely continuously active at Mars but too weak to be detectable most of the time. Even “unmagnetised” planets like Mars can experience complex magnetic phenomena. About MAVEN Spacecraft Full Form: Mars Atmosphere and Volatile EvolutioN Launch: November 2013 Arrival at Mars: September 2014 Mission Objective First spacecraft mission dedicated to surveying the upper atmosphere of Mars. Part of NASA’s Mars Exploration Program. Aims to understand the role that loss of atmospheric gas to space played in changing the Martian climate over time. Key Finding (Prior) Mars lost about two-thirds of its early atmosphere to space. Instrument Packages Package 1: Studies the solar wind and its impact on Mars’s ionosphere (Mars has no magnetic field, so atmosphere is slowly removed by solar wind interaction) Package 2: Ultraviolet spectrometer – studies the upper atmosphere Package 3: Mass spectrometer – studies the composition of the upper atmosphere Key Terms for Prelims Zwan-Wolf Effect: Squeezing of charged particles along magnetic flux tubes; creates low-density regions Solar Wind: Stream of charged particles flowing outward from the Sun Flux Tubes: Magnetic structures along which charged particles are channeled Ionosphere: Layer of Earth’s (or planet’s) atmosphere containing significant numbers of electrically charged particles (ions and electrons) Coronal Mass Ejection (CME): Powerful solar storm; large ejection of plasma and magnetic field from the Sun’s corona Magnetosphere: Region around a planet dominated by its magnetic field MAVEN: Mars Atmosphere and Volatile EvolutioN – NASA orbiter mission (2013) NASA’s Mars Exploration Program: Long-term robotic exploration of Mars Possible Prelims MCQs Q1: The Zwan-Wolf effect, recently detected on Mars by NASA’s MAVEN spacecraft, is a process where charged particles are squeezed along: Magnetic flux tubes Q2: The Zwan-Wolf effect was first discovered in which year? 1976 Q3: On Earth, the mechanism that deflects much of the solar wind and protects us from constant bombardment is related to: Global magnetic field (magnetosphere) Q4: What percentage of charged particle density reduction was observed during the Zwan-Wolf effect detection on Mars? 50% Q5: MAVEN spacecraft is part of which space agency’s Mars Exploration Program? NASA Source/Reference: https://www.thehindu.com/sci-tech/science/what-is-the-zwan-wolf-effect-at-mars/article70997570.ece#google_vignette (MAINS Focus) In the Age of AI, Liberal-Arts Education Matters More, Not Less GS Paper II – Governance (Education) | GS Paper I – Society | GS Paper IV – Ethics National Education Policy (NEP) 2020; Multidisciplinary Learning; Liberal Arts; STEM vs. Humanities   Introduction AI is reshaping higher education, making the NEP’s emphasis on multidisciplinary and flexible learning more relevant than ever. In the age of intelligent machines, universities must go beyond narrow specialisation and nurture critical thinking, creativity, and the ability to ask meaningful questions — strengths that remain uniquely human. Main Body Reason One: Judgement Over Information The AI Capability: AI can process massive amounts of data at speeds no human can match. AI can write essays, create computer programs, identify trends, and engage in convincing conversation. AI is dangerously masquerading as truth. The Human Imperative: Nothing can substitute judgement informed by history, ethics, culture, and politics. The more sophisticated machines become, the more precious distinctly human capacities will grow. Reason Two: Future Problems Are Not Neatly Labelled The False Binary: Debates about liberal arts versus STEM are based on a false binary. The biggest challenge is whether India can do both. What the Best Engineers Need: Insights from History, Political Science, and Ethics to solve future problems. Social science to build humane technology. What India Needs: Economists who can speak knowledgeably about climate change and behavioural science. In the age of AI, disciplinary silos will hinder those who work within them. NEP’s Relevance: The NEP’s stress on multidisciplinary and holistic education is welcome. Reason Three: Liberal Arts Matter for Democracy What Democracies Need: Citizens who can think critically, engage in civil disagreement, and have some understanding of the past. The Danger of Market-Driven Priorities: When markets determine educational priorities, the social value of learning can easily be reduced to its immediate monetary value. History, Philosophy, Anthropology, and Political Theory will always seem less important than degrees with easy job placements. Democracies that stop valuing these subjects will do so at their own peril. The Purpose of Universities: Universities are more than employment facilitation or placement centres. JNU was imagined almost as an intellectual republic: students from every corner of India introduced to new ideas that helped them see beyond their backgrounds. Universities play an important role in nurturing democratic citizenship and values. Private Universities’ Role: Shiv Nadar, Ahmedabad University, Ashoka – several private institutions have pioneered serious investments in liberal-arts education and interdisciplinary programmes. India needs both private and public universities. But if market forces alone dictate the purpose of a university, certain areas of study will naturally be privileged over others. Reason Four: Resilience The Changing Landscape: Coding languages and technical skills change every few years. What employers look for changes. What Will Not Change: The ability to think critically, communicate effectively, and relate to others. As AI takes over more blue-collar and white-collar jobs, human skills will need to become more human. Liberal Arts’ Unique Position: Liberal-arts degrees are uniquely positioned to provide that education. At JNU’s School of International Studies, International Relations is being reshaped by tech: climate change, cybersecurity, big data, and disinformation aren’t just “topics” – they will define opportunities and challenges for the next generation of global leaders. We must train students who are tech-savvy, historically literate, ethically mindful, and globally literate. Reason Five: Civilisational India’s Intellectual Traditions: India’s own intellectual traditions never viewed knowledge as fragmented into isolated disciplines. There was no divide between Philosophy and Politics, Economics and Ethics, or even Literature and public service. Education was seen as a cohesive whole. NEP’s Recognition: India’s strengths in the modern knowledge economy are tied to a return to this interdisciplinary approach. The NEP mirrors a growing recognition that Indian traditions of knowledge are no longer compartmentalised. The Historic Opportunity What Higher Education Must Do: More than create workers. Help us become better human beings. India’s Opportunity: If implemented with care and seriousness, the NEP has the potential to help India educate a generation that is technologically literate and democratically mindful. That will make India not just a stronger knowledge economy but a stronger democracy. The Ultimate Challenge of AI: Not technological, it is human. Machines may increasingly answer questions. Universities must still teach which questions are worth asking. Challenges: Market forces favour STEM degrees with immediate job placement. Private universities have pioneered liberal arts, but public universities lag due to funding constraints. JNU’s model is not easily replicable across 1,000+ universities. NEP implementation is uneven across states and institutions. The Core Reality: The age of AI has finally exposed the poverty of thinking that dismisses liberal arts as economically dispensable. The more sophisticated machines become, the more precious distinctly human capacities will grow. The ultimate challenge posed by AI is not technological – it is human. Conclusion In the age of AI, liberal-arts education matters more than ever. While AI can process information, human judgement rooted in history, ethics, culture, and critical thinking remains irreplaceable. Future challenges will demand multidisciplinary understanding, not narrow specialisation. Democracies need thoughtful citizens, and universities must nurture creativity, communication, empathy, and the ability to ask meaningful questions — strengths machines cannot replicate. UPSC Mains Practice Question In the age of AI, critically examine the relevance of liberal-arts education under NEP 2020 for harnessing India’s demographic dividend. (150 words, 10 marks)   https://indianexpress.com/article/opinion/columns/in-the-age-of-ai-liberal-arts-education-matters-more-not-less-10709564/ Mental Health in India: Still a Bad Word GS Paper I – Society (Social Issues) | GS Paper II – Social Justice (Health) | GS Paper IV – Ethics Mental Health Stigma; Celebrity Influence; Ethical Advertising; Social Responsibility   Introduction A recent cement advertisement trivialises mental illness by portraying it as entertainment, reinforcing harmful stereotypes and deepening social stigma. In a country already burdened by rising depression, anxiety, and suicides, such portrayals discourage people from seeking help. A truly compassionate society is measured by how it treats its most vulnerable citizens. Main Body The Advertisement: What It Got Wrong The Imagery: Actor locked in a bare room, speaking incoherently, behaving irrationally. Ends with the actor as a doctor, reassuring that the person cannot escape because the room is built with strong cement. The Harmful Messages: Mental illness is a spectacle for entertainment. Behaviour associated with psychological distress is caricatured and presented as comedy. People with mental-health conditions should be confined (segregation, not treatment). The Darker History: The imagery is impossible to separate from a darker history of mental-health treatment. When people with psychiatric conditions were deprived of basic human dignity. The Emphasis Today: Treatment, inclusion, community support, rehabilitation – not segregation. India’s Mental Health Burden and Access Gaps The Burden: Enormous burden of depression, anxiety, and suicide. Social and psychological stresses have intensified in recent years. Access Gaps: Severe shortages of psychiatrists, psychologists, and community-support systems. Mental-health services remain inadequate. Social Stigma: Remains a big barrier preventing people from seeking help. Families hide mental illness. Young people hesitate to speak openly about depression or anxiety. The Advertisement’s Impact: Using mental illness as comic relief only deepens prejudice. Corporate Social Responsibility and Advertising Ethics What Companies Speak About: Inclusion, diversity, ESG (Environmental, Social, and Governance) commitments. Social responsibility. Campaigns related to gender equality, disability rights, and social inclusion. The Contradiction: A corporation cannot claim commitment to social responsibility while its advertisements mock vulnerable individuals. Mental health deserves the same sensitivity as other social issues. The Need for Introspection: India’s advertising industry needs serious introspection about ethical boundaries and social responsibility. Humour has a place in advertising, but humour that humiliates is neither clever nor harmless. The Role of Celebrities: Influence and Responsibility The Problem: Public figures wield enormous influence, particularly among younger audiences. When they endorse content that demeans mental illness, it normalises prejudice. Undermines years of work by professionals and civil-society organisations. The Constructive Role (Counter-Example): Celebrities such as Deepika Padukone have spoken openly about their struggles with depression. Others from cinema, sports, and media have encouraged people to seek support without shame or fear. These efforts have contributed significantly to reducing stigma, especially among younger Indians. The Responsibility: Precisely because celebrities possess such influence, they must recognise that the messages they endorse carry wider social consequences. Creative freedom cannot become an excuse for demeaning vulnerable groups. The Ethical Framework A Compassionate Society: Judged not by how it treats the powerful but by how it treats the vulnerable. Mental Illness: A human condition deserving understanding, care, and dignity. What Is Needed: Sensitivity in advertising and media representation. Responsible celebrity endorsement. Continued efforts to reduce stigma through open conversation (Padukone model). Improved access to mental-health services (psychiatrists, psychologists, community support). Conclusion A recent advertisement trivialising mental illness reinforces harmful stereotypes of ridicule and confinement, undermining modern values of treatment, inclusion, and dignity. In India, where depression, anxiety, and suicide already face stigma and inadequate mental-health support, such portrayals are deeply irresponsible. Companies and celebrities must recognise their social influence and promote empathy, not prejudice, towards vulnerable individuals.   UPSC Mains Practice Question Critically examine the role of advertisements and celebrity endorsements in reinforcing or reducing mental health stigma in India. What ethical responsibilities do corporations and public figures bear in this regard? (250 words, 15 marks)   https://indianexpress.com/article/opinion/columns/in-india-mental-health-is-still-a-bad-word-celebrity-ads-joking-about-it-dont-help-10709540/  

The Current Affairs questions are based on sources like ‘The Hindu’, ‘Indian Express’ and ‘PIB’, which are very important sources for UPSC Prelims Exam. The questions are focused on both the concepts and facts. The topics covered here are generally different from what is being covered under ‘Daily Current Affairs/Daily News Analysis (DNA) and Daily Static Quiz’ to avoid duplication. The questions would be published from Monday to Saturday before 2 PM. One should not spend more than 10 minutes on this initiative. Gear up and Make the Best Use of this initiative. Do remember that, “the difference between Ordinary and EXTRA-Ordinary is PRACTICE!!” Important Note: Don’t forget to post your marks in the comment section. Also, let us know if you enjoyed today’s test 🙂 After completing the 5 questions, click on ‘View Questions’ to check your score, time taken, and solutions. .To take the Test Click Here