Content
India Routs New Zealand, Defends T20 World Cup
Why Are Finance Commission Grants to Cities Still So Limited?
Why India’s ‘Leaky Pipeline’ in Research Is Unlike the Rest of the World
Elimination of Mother-to-Child Transmission (EMTCT) of HIV and Syphilis – Denmark Case Study
Inaugural Edition of Raisina Science Diplomacy Initiative Focuses on Strategic Autonomy and Disruptive Technologies
Election of Rajya Sabha Members: Rules, Process and Political Dynamics
India routs New Zealand, defends T20 World Cup
Source : The Hindu
Context
India won the ICC Men’s T20 World Cup 2026, defeating New Zealand by 96 runs in the final at Narendra Modi Stadium, Ahmedabad under the captaincy of Suryakumar Yadav.
The victory marked India’s second consecutive and third T20 World Cup title(2007,2024,2026), reinforcing India’s dominance in the shortest format of international cricket.
Relevance
GS I – Society
Sports as a tool for national identity and social integration.
Youth development and sports culture.
GS II – Governance
Institutional governance of sports bodies (ICC, BCCI).
Sports policy and international cooperation.
Practice Question
Q1.“Sports achievements contribute not only to national pride but also to economic growth and diplomatic influence.” Discuss with reference to India’s cricket ecosystem.(250 Words)
Institutional and Governance Framework of Cricket
Global cricket is governed by the International Cricket Council (ICC), headquartered in Dubai, which regulates international tournaments including the Cricket World Cup, T20 World Cup and World Test Championship.
The Board of Control for Cricket in India (BCCI) is India’s governing body for cricket and is responsible for team selection, domestic competitions and international participation.
The ICC operates through member boards, including Full Members (12 Test-playing nations) and Associate Members, ensuring global expansion of the sport.
Major ICC tournaments are organised periodically to promote competitive balance, commercial development and global audience engagement.
Evolution of ICC T20 World Cup
The ICC Men’s T20 World Cup was first held in 2007 in South Africa, where India defeated Pakistan to win the inaugural tournament.
The format has since become the fastest-growing format of cricket, attracting new audiences due to shorter match durations.
The tournament is usually organised every two years, featuring expanded participation from associate nations.
T20 cricket has played a key role in globalising cricket beyond traditional strongholds such as England, Australia and India.
Importance of Sports in Governance and Economy
Major international sporting events generate economic activity through tourism, broadcasting rights, sponsorship and infrastructure development.
Cricket contributes significantly to India’s sports economy, media industry and entertainment sector, making it one of the most commercially successful sports globally.
Sports achievements enhance soft power diplomacy, improving a nation’s global image and cultural influence.
India’s consistent performance in cricket strengthens its international sporting reputation and sports governance influence.
India’s Cricket Ecosystem
India has one of the largest cricket ecosystems in the world, with extensive domestic competitions such as the Ranji Trophy, Vijay Hazare Trophy and Indian Premier League (IPL).
The Indian Premier League, launched in 2008, transformed global cricket economics through franchise-based T20 leagues and broadcasting revenue models.
The IPL has also become a major platform for talent development and global cricket collaboration.
India’s domestic infrastructure and grassroots development programmes have strengthened player pipelines and professional training systems.
Sports Infrastructure and Venue Significance
The final was played at Narendra Modi Stadium in Ahmedabad, the largest cricket stadium in the world, with a seating capacity exceeding 130,000 spectators.
Large-scale stadium infrastructure reflects India’s investment in sports facilities and global event hosting capabilities.
Modern stadiums integrate digital broadcasting, spectator amenities and advanced pitch technologies.
Such infrastructure supports India’s ambition to become a global hub for international sporting events.
Cricket and India’s Soft Power
Cricket serves as a major instrument of cultural diplomacy and international engagement, particularly in South Asia and Commonwealth countries.
India’s cricketing success enhances its global cultural presence and sporting influence.
International cricket tournaments foster people-to-people contact and cross-cultural interaction.
Cricket diplomacy has historically played a role in improving diplomatic relations in South Asia.
Why are Finance Commission grants to cities still so limited?
Source : The Hindu
Context
India’s cities generate nearly 67% of national GDP and are projected to contribute around 75% by 2031, yet their fiscal resources remain extremely constrained.
Despite rapid urbanisation, urban local bodies (ULBs) continue to depend heavily on intergovernmental transfers, with limited ability to generate independent revenues.
Finance Commission grants are designed to strengthen urban governance and improve service delivery, but their impact remains restricted due to structural and conditional constraints.
The issue highlights the broader challenge of urban fiscal federalism in India, where cities lack adequate financial autonomy.
Relevance
GS II – Polity and Governance
Urban governance.
Fiscal federalism.
74th Constitutional Amendment.
Practice Question
Q1. Despite being engines of economic growth, Indian cities face severe fiscal constraints. Examine the reasons and suggest reforms.(250 Words)
Constitutional and Institutional Framework
The 74th Constitutional Amendment Act (1992) granted constitutional status to Urban Local Bodies (ULBs) and aimed to strengthen urban decentralisation.
The amendment introduced the Twelfth Schedule, listing 18 functional responsibilities including urban planning, water supply, sanitation, public health and infrastructure.
Articles 243X and 243Y empower State legislatures to authorise municipalities to levy taxes and recommend revenue-sharing through State Finance Commissions (SFCs).
The Finance Commission under Article 280 recommends fiscal transfers from the Union to States and local bodies, including grants for urban governance.
Finance Commission Grants to Cities
Under the 15th Finance Commission (2021–26), urban local bodies were allocated approximately ₹1.21 lakh crore over five years, averaging around ₹24,200 crore annually.
This translates to roughly ₹75,000 per year for each city on average, a modest amount relative to the scale of urban infrastructure needs.
India’s GDP has nearly tripled in the last decade, yet urban local body revenues have remained largely stagnant.
Per capita transfers to cities remain insufficient for large-scale urban transformation and infrastructure expansion.
Conditional Nature of Finance Commission Grants
A significant portion of Finance Commission grants are tied grants, meaning they must be used only for specific sectors such as water supply, sanitation and waste management.
Tied grants restrict fiscal autonomy of municipalities, limiting their ability to allocate funds based on local priorities.
Urban local bodies must satisfy performance conditions, such as publishing audited accounts, conducting regular elections and improving property tax collection.
As a result, many grants remain unspent or delayed due to compliance requirements and administrative constraints.
Urban Revenue Constraints
Urban local bodies rely heavily on property taxes and user charges as primary sources of own-source revenue (OSR).
The Finance Commission has set a benchmark encouraging cities to raise approximately ₹1,200 per household annually through property taxes and user charges.
However, many cities face challenges such as poor tax administration, outdated property valuation systems and political reluctance to increase taxes.
Consequently, own-source revenue remains extremely limited, reducing cities’ financial independence.
Fiscal Federalism and Urban Governance
Despite urban centres generating significant economic output, urban fiscal transfers account for only around 0.13% of India’s GDP, reflecting limited fiscal support.
Urban governance in India is constitutionally placed under the State List, meaning States retain significant control over municipal finances and functions.
Central interventions in urban development schemes may sometimes create institutional tensions between Union and State governments.
Effective urban governance requires strong fiscal decentralisation and empowerment of local institutions.
Structural Issues in Urban Fiscal Transfers
Finance Commission transfers represent only around 20% of total municipal revenues, indicating that cities rely primarily on state-level allocations and grants.
A large portion of municipal revenue is derived from centrally sponsored schemes, which are not always recorded as municipal own-source revenue.
Urban local bodies often lack financial management capacity, accounting systems and revenue administration mechanisms.
Weak institutional capacity results in underutilisation of available funds and limited long-term planning.
Federal Concerns in Urban Development
Urban development is primarily a State subject, making excessive federal intervention politically sensitive.
Some proposals, such as peri-urban administrative restructuring or municipal mergers, require strong coordination between Union and State governments.
In several States, rural local governments operate effectively, raising concerns about administrative disruption from urban restructuring.
Ensuring balanced federal relations is essential while designing urban fiscal reforms.
Climate and Urban Sustainability Concerns
Rapid urbanisation increases cities’ vulnerability to climate risks such as flooding, heatwaves and infrastructure stress.
However, Finance Commission allocations for climate resilience and urban sustainability remain relatively limited.
Strengthening urban climate financing is essential for sustainable infrastructure, disaster resilience and environmental protection.
Urban local bodies require enhanced financial capacity to address climate adaptation and green infrastructure investments.
Key Challenges
Limited own-source revenue generation capacity of municipalities due to weak taxation systems.
Excessive conditionality in Finance Commission grants, restricting local fiscal autonomy.
Weak functioning of State Finance Commissions, leading to inadequate fiscal decentralisation.
Insufficient financial resources relative to the rapid pace of urbanisation and infrastructure demand.
Lack of integrated urban planning and financial management systems.
Way Forward
Strengthen municipal revenue systems, particularly property tax reforms and improved user charge mechanisms.
Reduce excessive conditionality in Finance Commission grants and increase untied fiscal transfers to cities.
Ensure regular and effective functioning of State Finance Commissions to enhance fiscal decentralisation.
Develop urban climate finance frameworks to address sustainability and disaster resilience.
Promote capacity building in municipal financial management and digital governance systems.
Prelims Pointers
74th Constitutional Amendment Act: 1992.
Twelfth Schedule: 18 functions of municipalities.
Article 243X: Municipal taxation powers.
Article 243Y: State Finance Commissions.
Finance Commission Article: Article 280.
Why India’s ‘leaky pipeline’ in research is unlike rest of the world
Source : The Hindu
Concept and Context
Women constitute nearly 50% of the global population, yet their participation in Science, Technology, Engineering and Mathematics (STEM) education and research remains significantly lower across most countries.
Globally, women account for only 35% of STEM graduates and around 40% of STEM PhDs, indicating persistent gender disparities in advanced scientific education.
According to data from 146 countries, women represent only 30% of the global STEM workforce, including positions in research institutions, academia and scientific industries.
This gradual decline in women’s participation from education to professional careers is commonly referred to as the “Leaky Pipeline” phenomenon in STEM fields.
Relevance
GS I – Society
Gender inequality.
Women in education and workforce.
GS II – Governance
Policies for women scientists.
Practice Question
Q1. Explain the “leaky pipeline” phenomenon in STEM fields. Why is India’s experience unique?(250 Words)
The ‘Leaky Pipeline’ Concept
The “Leaky Pipeline” describes the progressive loss of women at different stages of STEM education and careers, beginning from school-level participation to senior scientific positions.
While many girls initially pursue science education, structural barriers, social expectations and institutional constraints gradually reduce their representation in research and leadership roles.
The phenomenon highlights the systematic underrepresentation of women in scientific research, academic faculty positions and innovation ecosystems.
Addressing this pipeline leakage is critical for achieving gender equity, innovation diversity and inclusive scientific progress.
Global Patterns of Gender Inequality in STEM
In many countries, gender disparity begins at the secondary school stage, where girls are less likely to enrol in advanced subjects such as physics, mathematics and computer science.
Cultural stereotypes often portray STEM careers as male-dominated professions, discouraging girls from pursuing long-term careers in these fields.
Even when women pursue STEM education, they face limited access to research opportunities, leadership roles and research funding.
As a result, the global STEM ecosystem continues to suffer from gender imbalance and underutilisation of female scientific talent.
India’s Distinct STEM Landscape
At first glance, India appears to challenge the global trend, with a relatively high participation of girls in science education at school and university levels.
After Class 10, enrolment of girls in the science stream can reach nearly 60%, with girls accounting for around 46% of Class 12 science graduates.
According to Ministry of Education data (2025), more girls cleared the Class 12 science stream than the arts stream, indicating growing female interest in scientific education.
India produces 43% women STEM graduates at the bachelor’s level and nearly 50% at the master’s and doctoral levels, among the highest proportions globally.
The Indian ‘Leaky Pipeline’ Pattern
Despite strong participation in education, women constitute only about 18% of India’s research and development (R&D) workforce, reflecting a major drop in scientific careers.
Data from the Department of Science and Technology (DST) shows that women represent less than 30% of scientists in national research institutions.
Representation varies across institutions, with Indian Council of Medical Research (ICMR) reporting about 29% women scientists, while Defence Research and Development Organisation (DRDO) reports around 14%.
Elite institutions such as the Indian Institutes of Technology (IITs) and Indian Institute of Science (IISc) report only 8–13% female faculty representation.
Social and Cultural Factors
In India, girls are often encouraged to pursue science education because academic excellence in science is socially associated with intelligence and prestige.
However, the transition from education to career coincides with social expectations regarding marriage, family responsibilities and caregiving roles.
Women frequently face pressure to prioritise domestic responsibilities over long-term research careers, particularly during the early stages of their professional life.
Cultural norms often require women to relocate after marriage, limiting opportunities to pursue research positions in specialised institutions.
Structural and Institutional Barriers
Entry-level scientific positions in India often have strict age limits and competitive recruitment processes, which can disadvantage women who take career breaks.
The limited number of research positions and irregular recruitment cycles further restrict career opportunities for women scientists.
Academic and research jobs generally require physical presence in laboratories and institutions, limiting possibilities for remote or flexible work arrangements.
Geographic mobility constraints combined with family responsibilities reduce access to long-term research careers.
The ‘Position Gap’ in Research Careers
Many women with advanced STEM degrees find themselves unable to secure permanent research positions, leading to a “position gap” in the scientific workforce.
As a result, women scientists often work in temporary roles such as fellowships, contractual research projects or grant-funded initiatives.
These positions often lack job security, institutional benefits, promotions or long-term career growth opportunities.
The prevalence of short-term research contracts and unstable career pathways discourages sustained participation of women in scientific research.
Policy Measures and Institutional Efforts
The Government of India has introduced several initiatives to support women scientists, including special fellowships, re-entry schemes and targeted research grants.
Programmes such as the Women Scientist Scheme (WOS) under the Department of Science and Technology aim to facilitate career continuity after career breaks.
Some institutions conduct special recruitment drives to improve gender diversity in research institutions.
However, many gender equity initiatives remain limited in scale, insufficiently incentivised or poorly monitored, reducing their long-term impact.
Importance of Gender Diversity in STEM
Gender diversity enhances innovation, creativity and problem-solving capacity in scientific research and technology development.
Increasing women’s participation in STEM contributes to economic growth, knowledge creation and technological advancement.
A more inclusive scientific workforce helps address global challenges such as climate change, healthcare innovation and sustainable development.
Promoting women in STEM also aligns with Sustainable Development Goal 5 (Gender Equality) and SDG 9 (Industry, Innovation and Infrastructure).
Way Forward
Reform scientific recruitment policies, including flexible age limits and career re-entry pathways for women researchers.
Expand institutional childcare support, flexible work arrangements and family-friendly workplace policies in research institutions.
Increase long-term research funding and permanent faculty positions, reducing reliance on short-term contractual employment.
Strengthen gender-sensitive policies in research institutions, ensuring accountability for diversity and inclusion goals.
Encourage mentorship networks, leadership training and visibility of women scientists, inspiring future generations of girls in STEM.
Prelims Pointers
Global women STEM graduates: 35%.
Women in global STEM workforce: 30%.
Women STEM graduates in India: 43% at bachelor’s level.
Women in India’s R&D workforce: 18%
Elimination of Mother-to-Child Transmission (EMTCT) of HIV and Syphilis – Denmark Case Study
Source : NDTV
Context and Significance
In February 2026, the World Health Organization (WHO) certified Denmark as the first European Union country to eliminate mother-to-child transmission (EMTCT) of HIV and syphilis, marking a major global public health milestone.
The achievement reflects decades of sustained investment in universal healthcare, comprehensive antenatal care, robust disease surveillance systems and integrated maternal health programmes.
Mother-to-child transmission (MTCT), also called vertical transmission, occurs when infections pass from pregnant women to infants during pregnancy, childbirth or breastfeeding.
Eliminating MTCT is a critical step toward achieving Sustainable Development Goal 3 (Good Health and Well-being) and global HIV/AIDS control targets.
Relevance
GS II – Health
Public health systems.
Maternal and child healthcare.
GS III – Science & Technology
Medical interventions (ART therapy).
Practice Question
Q1. Discuss the importance of eliminating mother-to-child transmission of infectious diseases in achieving global health goals.(250 Words)
WHO Criteria for EMTCT Certification
WHO validation requires countries to achieve new infant HIV infections below 50 cases per 100,000 live births, demonstrating extremely low transmission rates.
At least 95% of pregnant women must receive antenatal testing and treatment for HIV and syphilis, ensuring early detection and intervention.
Countries must maintain high antenatal care coverage, reliable health surveillance systems and laboratory diagnostic capacity.
Denmark consistently met these benchmarks during 2021–2024, demonstrating sustained elimination rather than temporary reduction.
Medical and Scientific Basis of Elimination
Without medical intervention, HIV transmission from mother to child ranges between 15–45%, depending on breastfeeding practices and treatment access.
Antiretroviral therapy (ART) during pregnancy, childbirth and the infant’s early life can reduce transmission risk to less than 2% in non-breastfeeding populations.
Syphilis transmission during pregnancy can lead to stillbirths, neonatal deaths and congenital infections, but early diagnosis and treatment with penicillin effectively prevent complications.
Early prenatal screening combined with prompt treatment forms the core scientific strategy for eliminating vertical transmission.
WHO Strategy for Disease Elimination
WHO promotes a “Triple Elimination Initiative” targeting the elimination of mother-to-child transmission of HIV, syphilis and hepatitis B.
The strategy is built around four pillars: universal antenatal care, integrated testing services, effective treatment protocols and strong health systems.
Community engagement and human-rights-based healthcare policies are essential components for sustaining elimination outcomes.
Countries must maintain elimination status through continuous surveillance, data reporting and healthcare system strengthening.
Denmark’s Public Health Model
Denmark’s success is rooted in its universal healthcare system, which guarantees free access to prenatal screening, treatment and maternal healthcare services.
Every pregnant woman receives routine screening for HIV and syphilis during antenatal visits, enabling early diagnosis and treatment.
The country has implemented integrated maternal health services, combining obstetric care, infectious disease screening and neonatal care.
Denmark’s strong digital health information systems and national disease surveillance databases enable real-time monitoring of maternal and infant health outcomes.
Role of Health Infrastructure and Governance
Denmark’s achievement reflects the effectiveness of well-funded public health infrastructure and universal health coverage (UHC).
The country maintains high antenatal care coverage with trained midwives, community healthcare teams and specialised maternal care centres.
Strong public health governance and coordinated national health programmes ensure consistent implementation of disease prevention strategies.
Public health professionals, midwives and medical practitioners play a central role in preventing, diagnosing and treating maternal infections.
Global Context and Comparisons
Denmark joins more than 20 countries and territories worldwide that have achieved WHO validation for eliminating mother-to-child transmission of HIV and/or syphilis.
Many successful cases are from Caribbean, Latin American and Asian countries, reflecting strong maternal health programmes and targeted interventions.
Some countries are progressing toward triple elimination (HIV, syphilis and hepatitis B) as part of global public health goals.
However, many regions continue to face healthcare access gaps, resource shortages and socio-economic inequalities affecting maternal health outcomes.
Importance of Universal Health Coverage
Universal health coverage ensures equitable access to healthcare services without financial hardship, which is critical for maternal and child health.
Countries with strong public healthcare systems and early prenatal screening programmes show significantly lower rates of mother-to-child transmission.
In contrast, regions lacking healthcare access often experience higher maternal infection rates and preventable neonatal deaths.
Denmark’s achievement highlights the importance of health equity, early diagnosis and integrated care systems.
Public Health Implications
Eliminating mother-to-child transmission significantly reduces child mortality, congenital infections and long-term health complications.
Preventing infant HIV infection reduces the burden on healthcare systems and improves life expectancy outcomes.
Achievements like Denmark’s strengthen global momentum toward ending HIV/AIDS and congenital infections as public health threats by 2030.
Such success stories provide policy models for countries working toward universal maternal healthcare and infectious disease elimination.
Lessons for Global Health Systems
Effective EMTCT programmes require political commitment, strong healthcare infrastructure and continuous monitoring of maternal health indicators.
Integrating infectious disease screening into routine antenatal care services significantly improves early detection and treatment outcomes.
Strong data systems and surveillance networks are essential to track disease trends and maintain elimination status.
Countries must invest in training healthcare workers, strengthening laboratory capacity and expanding maternal healthcare access.
Prelims Pointers
EMTCT: Elimination of Mother-to-Child Transmission.
WHO benchmark: Infant infections below 50 per 100,000 live births.
Testing coverage requirement: 95% of pregnant women tested and treated.
Triple elimination initiative: HIV, Syphilis and Hepatitis B.
Inaugural Edition of Raisina Science Diplomacy Initiative (SDI) focuses on Strategic Autonomy and Disruptive Technologies
Source : PIB
Context and Background
The Raisina Science Diplomacy Initiative (SDI) was launched on 5 March 2026 at Bharat Mandapam, New Delhi, as part of the Raisina Dialogue, India’s flagship geopolitical conference.
The initiative was jointly launched by the Office of the Principal Scientific Adviser (PSA) to the Government of India and the Observer Research Foundation (ORF).
It aims to establish a global platform for dialogue on science diplomacy, focusing on how science and technology shape international cooperation, strategic autonomy and global governance.
Around 80 global participants including scientists, diplomats, innovators and policy experts participated in the inaugural edition to discuss emerging technological and geopolitical challenges.
Relevance
GS II – International Relations
Science diplomacy.
Global governance of technology.
GS III – Science & Technology
Governance of emerging technologies.
Practice Question
Q1. Science diplomacy is emerging as a key pillar of international relations in the 21st century. Discuss.(250 Words)
Concept of Science Diplomacy
Science Diplomacy refers to the use of scientific cooperation and technological collaboration to advance international relations, global governance and foreign policy objectives.
It involves three interrelated dimensions: science in diplomacy (scientific advice in foreign policy), diplomacy for science (international cooperation for research), and science for diplomacy (science as a tool for peace-building).
The concept has gained prominence in the 21st century due to rapid technological advancements, climate challenges, health crises and digital governance issues.
Science diplomacy helps countries navigate geopolitical competition while maintaining collaborative research networks and knowledge-sharing ecosystems.
Science Diplomacy in the Era of Strategic Autonomy
The first roundtable focused on “Science Diplomacy in the Era of Strategic Autonomy”, examining how countries balance national technological sovereignty with international scientific collaboration.
Strategic autonomy has become a key foreign policy objective as nations seek to reduce technological dependence while maintaining access to global innovation networks.
Participants highlighted that scientific collaboration can act as a diplomatic bridge even during geopolitical tensions, sustaining cooperation in areas such as climate research and health security.
The discussions emphasised strengthening trusted research ecosystems, transparent knowledge-sharing frameworks and global scientific partnerships.
Governance of Disruptive Technologies
The second roundtable focused on “Science Diplomacy and Governance of Disruptive Technologies”, addressing policy challenges arising from frontier technologies.
Disruptive technologies such as Artificial Intelligence, biotechnology, quantum computing and advanced robotics are reshaping global power structures and economic competitiveness.
Participants stressed the importance of anticipatory governance frameworks, where policymakers proactively assess risks and opportunities before technologies become widespread.
Discussions highlighted the need for inclusive international norm-setting and ethical governance frameworks to ensure technologies benefit society equitably.
Strategic Importance for India
Science diplomacy strengthens India’s ambition to emerge as a global technology leader while maintaining strategic autonomy in emerging technologies.
It complements India’s initiatives such as the National Quantum Mission, Digital Public Infrastructure (DPI), and India Semiconductor Mission.
Through science diplomacy platforms, India can shape global regulatory norms on emerging technologies and digital governance.
The initiative also aligns with India’s G20 presidency priorities on digital transformation, sustainable development and technological cooperation.
Multilateral Cooperation and Global Governance
Science diplomacy provides a framework for multilateral collaboration on global challenges such as climate change, pandemics, food security and energy transitions.
International organisations such as the International Science Council, UNESCO and WHO increasingly rely on science diplomacy for policy coordination.
The initiative emphasised strengthening multilateral institutions and scientific advisory mechanisms for evidence-based global policymaking.
Collaborative research platforms can help reduce global technological inequality and improve access to innovation across developing countries.
Role of Non-State Actors
Modern science diplomacy increasingly involves non-state actors including universities, research institutions, private sector technology firms and civil society organisations.
Platforms like the Raisina Science Diplomacy Initiative aim to integrate academic expertise, industry innovation and policy dialogue.
Private sector participation is crucial in shaping standards for emerging technologies such as artificial intelligence, cybersecurity and biotechnology.
Multi-stakeholder governance frameworks can help ensure responsible innovation and ethical technology deployment globally.
Technology Foresight and Strategic Planning
Experts highlighted the importance of technology foresight exercises, which anticipate future technological developments and their geopolitical implications.
Institutions such as NATO’s Science and Technology Organisation use foresight frameworks to identify emerging technologies affecting global security.
Science diplomacy initiatives help countries build anticipatory policy systems capable of responding to disruptive technological change.
Integrating scientific expertise into diplomatic decision-making improves strategic planning in international relations.
Challenges in Science Diplomacy
Increasing geopolitical rivalry among major powers can restrict scientific collaboration and knowledge exchange.
Technological competition may lead to fragmentation of global innovation ecosystems and regulatory frameworks.
Differences in ethical standards, intellectual property regimes and technology governance approaches complicate international cooperation.
Developing countries often face capacity gaps in science diplomacy, limiting participation in global technological norm-setting processes.
Way Forward
Institutionalise science diplomacy mechanisms within foreign policy institutions, integrating scientists into diplomatic decision-making structures.
Strengthen international research collaborations in areas such as climate science, public health and sustainable energy technologies.
Promote inclusive global governance frameworks for emerging technologies, ensuring equitable participation of developing countries.
Encourage public–private partnerships in science diplomacy, leveraging private sector innovation and academic research expertise.
Expand platforms like the Raisina Science Diplomacy Initiative as annual forums for global technology governance dialogue.
Prelims Pointers
Raisina Science Diplomacy Initiative launched: 5 March 2026.
Organised by: Office of Principal Scientific Adviser (PSA) + Observer Research Foundation (ORF).
Venue: Bharat Mandapam, New Delhi.
Focus areas: Strategic autonomy, governance of disruptive technologies, global science cooperation.
Election of Rajya Sabha Members: Rules, Process and Political Dynamics
Source : The Indian Express
Constitutional Basis
The Rajya Sabha (Council of States) is the Upper House of Parliament under Article 80 of the Constitution, representing States and Union Territories in the federal legislative structure.
The maximum strength of Rajya Sabha is 250 members, of which 238 represent States and Union Territories, while 12 members are nominated by the President for contributions to arts, literature, science and social service.
The Fourth Schedule of the Constitution allocates seats to States and Union Territories in proportion to their population, ensuring representation in the federal legislature.
Unlike the Lok Sabha, the Rajya Sabha is a permanent chamber, as Article 83(1) provides that it is not subject to dissolution, ensuring institutional continuity.
Relevance
GS II – Polity
Parliament structure.
Federal representation.
GS II – Governance
Electoral systems.
Role of Election Commission.
Practice Question
Q1. Discuss the electoral system used for the election of Rajya Sabha members. How does it reflect the federal structure of India?(250 Words)
Composition and Representation
Currently, the Rajya Sabha has a sanctioned strength of 245 members, including 233 elected members from States and Union Territories and 12 nominated members appointed by the President.
States elect Rajya Sabha members through their Legislative Assemblies, while Union Territories with legislatures such as Delhi and Puducherry also participate in elections.
Some Union Territories such as Lakshadweep, Andaman and Nicobar Islands, Dadra and Nagar Haveli, Daman and Diu, Chandigarh and Ladakh do not have Rajya Sabha representation.
Jammu and Kashmir, due to its legislature, has provision for representation in the Rajya Sabha under constitutional arrangements.
Qualification for Rajya Sabha Membership
Under Article 84 of the Constitution, a person must be an Indian citizen and at least 30 years of age to qualify for membership in the Rajya Sabha.
The Representation of the People Act, 1951 further prescribes eligibility conditions, including registration as an elector in a parliamentary constituency in India.
The candidate must not hold any office of profit under the government, ensuring independence from executive influence.
Additional qualifications may be prescribed by Parliament through statutory provisions, ensuring regulatory oversight of electoral eligibility.
Tenure and Rotation of Members
The term of a Rajya Sabha member is six years, ensuring stability and continuity in legislative functioning.
One-third of the members retire every two years, creating a system of staggered elections that prevents complete turnover of the House.
This rotational system ensures the Rajya Sabha functions as a continuing chamber, unlike the Lok Sabha which faces dissolution every five years.
Electoral System
Rajya Sabha elections are conducted using Proportional Representation by means of the Single Transferable Vote (STV).
Voting is carried out by elected members of the State Legislative Assemblies (MLAs) rather than direct public voting.
Each MLA casts a preferential ballot, ranking candidates in order of preference such as first, second and third choices.
The system ensures proportional representation of political parties in State legislatures, reflecting the composition of the Assembly.
Election Process
When a Rajya Sabha seat becomes vacant due to retirement or resignation, the Election Commission of India (ECI) notifies the election schedule.
The election is conducted before the expiry of the retiring member’s term, ensuring continuity in representation.
MLAs vote through an open ballot system, allowing party leadership to verify voting behaviour and reduce cross-voting.
The election is conducted through preferential voting and vote transfer mechanisms, reflecting proportional representation principles.
Winning Formula (Vote Quota)
The minimum number of votes required for election is calculated using a fixed quota formula based on the strength of the Legislative Assembly.
The formula used is:
Required Votes = (Total MLAs ÷ (Seats to be filled + 1)) + 1
For example, if 200 MLAs elect four Rajya Sabha members, the winning quota becomes 41 votes, meaning any candidate receiving 41 first-preference votes is elected.
This formula prevents a single party from capturing all seats unless it holds a large majority in the Assembly.
Role of Preference Votes
If candidates fail to achieve the quota through first-preference votes, surplus votes are transferred according to the second or subsequent preferences indicated by MLAs.
The candidate with the lowest number of votes is eliminated, and their votes are transferred to remaining candidates according to next preferences.
This process continues until all available seats are filled, ensuring proportional representation.
The transfer of surplus votes prevents vote wastage and reflects the true preference order of MLAs.
Political Dynamics in Rajya Sabha Elections
Rajya Sabha elections often involve strategic voting by political parties, as seat allocation reflects the numerical strength of parties in State Assemblies.
Political parties calculate “safe vote quotas” to determine how many candidates they can realistically elect.
Cross-voting by MLAs may influence election outcomes, especially when parties lack clear legislative majorities.
Smaller parties and independents may gain representation through strategic alliances and preference vote transfers.
Importance in Federal Governance
The Rajya Sabha functions as the institutional platform for States to influence national legislation, reinforcing India’s federal structure.
It acts as a revisory chamber, reviewing legislation passed by the Lok Sabha and ensuring detailed scrutiny.
The House plays a crucial role in protecting State interests in national policymaking, particularly in matters affecting federal balance.
Special powers such as Article 249 resolutions enabling Parliament to legislate on State List matters further strengthen its federal significance.
Challenges and Issues
Cross-voting and political defections sometimes undermine the proportional representation objective of Rajya Sabha elections.
Critics argue that wealthy or politically influential individuals are sometimes nominated despite limited public representation.
The open ballot system, introduced to prevent corruption, has raised debates regarding the balance between transparency and voter secrecy.
Increasing politicisation of nominations and electoral strategies may weaken the intended federal character of the Rajya Sabha.
Prelims Pointers
Maximum strength of Rajya Sabha: 250 members.
Current strength: 245 members.
Minimum age: 30 years.
Election method: Proportional Representation – Single Transferable Vote (STV).
Tenure: 6 years; one-third members retire every two years.