UPSC CURRENT AFFAIRS – 29 JULY 2026

Context: External Affairs Minister S. Jaishankar launched SHANTI (Securing Holistic Advancement through Norms, Trust and Integrity), India’s campaign for a non-permanent UN Security Council seat (2028–2029).

• The initiative also reinforces India’s long-standing demand for a permanent UNSC seat and highlights the need for UNSC reforms and expansion.

About India and Permanent UN Membership:

What it is?

• India’s quest for a permanent seat on the United Nations Security Council (UNSC) is a effort to reform global governance architecture to better reflect contemporary geopolitical and economic realities. While India seeks non-permanent stints to build coalitions and influence agendas, permanent membership remains the ultimate goal to secure a durable, veto-backed voice in global decision-making regarding international peace, sanctions, and military authorizations.

History of the UNSC:

• Establishment (1945): Formed post-WWII under the UN Charter, reserving permanent seats (P5) and veto powers exclusively for the five war victors: USA, UK, France, Russia (formerly USSR), and China.
• Single Historical Expansion (1965): The UNSC expanded its non-permanent member strength from six to ten, bringing total Council membership to 15, but left P5 permanence and veto power untouched.
• Emergence of the G4 (2005): India, Brazil, Germany, and Japan formed the G4 grouping to mutually support each other’s bids for permanent UNSC seats alongside representation for Africa.
• Frequent Veto Paralysis: Decades of P5 geopolitical rivalry have frequently paralyzed the Council during major crises, highlighting an ongoing legitimacy crisis.

Eligibility and Strengths of India for Permanent Membership:

• Demographic Weight: Represents the world’s most populous country, housing over 18% of humanity.
• Economic Stature: Represents the world’s fourth-largest economy with high growth trajectory.
• Unmatched Peacekeeping Contributions: Historically one of the largest troop contributors to UN Peacekeeping, deploying nearly 300,000 personnel across roughly 50 missions since 1948.
• Proven Institutional Record: Served eight terms as an elected non-permanent UNSC member, demonstrating a track record of diplomatic bridging.
• Voice of the Global South: Serves as a major voice for developing nations while embodying global civilisational values like Vasudhaiva Kutumbakam (the world is one family).

Key Challenges Associated with India’s Bid:

• Strict Charter Amendment Rules: Amending Article 108 of the UN Charter requires a two-thirds vote in the General Assembly plus unanimous ratification by all P5 members, giving each P5 country an absolute veto over reform.
• Chinese Veto Opposition: China, as the sole P5 member from Asia, consistently blocks India’s bid to prevent a regional peer from entering the permanent ranks.
• Opposition from the Coffee Club: The Uniting for Consensus group—led by Italy and including regional rivals like Pakistan—actively opposes creating any new permanent seats.
• P5 Reluctance to Share Veto Power: Existing permanent members remain hesitant to dilute their exclusive privileges or extend veto powers to new entrants.
• Regional Disagreements over Candidates: Lack of consensus within broader regional groups over which nations should represent Asia, Africa, and Latin America creates diplomatic friction.

Way Forward:

• Leveraging Non-Permanent Term Alliances: Utilize campaigns like the 2028–2029 SHANTI bid to build broad-based coalitions across the UN General Assembly.
• Pushing text-based Intergovernmental Negotiations (IGN): Press for formal text-based negotiations in the UN General Assembly to move UNSC reform past vague discussions.
• Strengthening Plurilateral Platforms: Deepen alternative strategic alignments via the Quad, G20, BRICS, and the International Solar Alliance to build diplomatic capital outside the UN framework.
• Accepting a Phased Veto Option: Consider a compromise proposal featuring permanent seats without immediate veto powers during a transitional period to build P5 consensus.
• Consolidating G4 and African Union (Ezulwini) Synergies: Align the G4 strategy with the African Union’s Ezulwini Consensus to mobilize a decisive two-thirds majority in the General Assembly.

Conclusion:

India meets virtually every strategic and moral benchmark required for permanent UN Security Council membership, yet remains excluded due to procedural constraints and P5 self-interest. A Security Council that excludes nearly one-fifth of humanity cannot claim long-term global legitimacy. Ultimately, reforming the UNSC is necessary to ensure multilateralism remains representative and capable of managing contemporary threats to global peace.

Context: The European Union will require clear labelling of AI-generated content under Article 50 of the Artificial Intelligence Act (AIA).

• To implement this, the EU introduced the Code of Practice on Transparency of AI-Generated Content, providing a common compliance framework to curb deception, deepfakes, and synthetic misinformation.

About The EU AI Transparency Code:

What it is?

• The EU AI Transparency Code is a practical, voluntary compliance instrument designed by independent experts under the EU AI Office to help providers and deployers satisfy Article 50 of the EU AI Act.
• It targets synthetic media—spanning deepfake videos, altered images, synthetic voice clones, and unverified AI-generated text—by requiring machine-readable markings and human-visible disclosures. Non-compliance with the overarching legal mandates carries severe administrative penalties of up to €15 million or 3% of global annual turnover.

Key Features of the Transparency Code

• Tiered Icon System: Establishes three EU-harmonized visual labels: an ‘AI’ icon (for AI assistance in content creation), an ‘AI Generated’ icon (for content fully generated by AI from prompts), and an ‘AI Modified’ icon (for human-made content altered by AI).
• Two-Section Responsibilities: Section 1 mandates Providers to embed technical, machine-readable watermarks and metadata into AI outputs. Section 2 obligates Deployers to present clear, human-distinguishable labels at first exposure.
• Machine-Readable Provenance Tracking: Requires developers to integrate resilient watermarking techniques and metadata standards (such as C2PA Content Credentials) that remain intact across digital distribution channels.
• Detection Mechanism Sharing: Mandates that AI developers make public detection tools available so users, platforms, and fact-checkers can verify whether media has been synthetically produced.
• Targeted Exemptions: Provides specific exceptions for legal enforcement, creative/satirical works (which require discrete disclosures), minor edits (like color correction), and AI text that undergoes strict human editorial review.

Need for the Transparency Code

• Combating Synthetic Misinformation and Deepfakes: Mitigates the risk of hyper-realistic AI-manipulated images, audio, and videos deceiving citizens or influencing public discourse.
• Preserving Information Ecosystem Integrity: Maintains public trust in digital media, news reporting, and democratic elections by making synthetic provenance clear.
• Protection Against Fraud and Impersonation: Prevents criminal activities leveraging synthetic voice cloning or manipulated identity media for financial scams and digital extortion.
• Establishing Standardized Global Compliance: Replaces fragmented, voluntary corporate disclosures with a uniform legal standard across the European Single Market.
• Protecting Marginalized and Vulnerable Groups: Limits the spread of non-consensual synthetic imagery, targeted online harassment, and automated impersonation.

Key Challenges Associated with the Code

• Technical Nascent-Stage Limitations: Current watermarking techniques and metadata labels can still be tampered with, compressed, or stripped away by malicious actors.
• Risk of “Label Fatigue” and Consumer Confusion: Industry leaders (such as Google) warn that flooding online feeds with multiple overlapping AI icons and legal notices risks confusing users rather than providing clear context.
• Competitiveness and Innovation Drag: Smaller European AI startups and open-source developers face disproportionate technical and administrative burdens to implement machine-readable provenance frameworks.
• Enforcement Disparities Across Member States: Varying levels of readiness among national surveillance authorities create risks of fragmented regulatory enforcement across the EU bloc.
• Cross-Border Divergence with Other Jurisdictions: Differs significantly from approach frameworks like India’s IT Rules—where the burden is placed primarily on social media platforms to take down content rather than on AI system developers.

Way Forward:

• Advancing Interoperable Watermarking Standards: Invest in robust, open-source C2PA metadata and imperceptible watermarking technologies that withstand multi-platform processing.
• Promoting Harmonized Global Regulatory Alignment: Coordinate transparency requirements across international jurisdictions to avoid conflicting legal obligations for global AI developers.
• Establishing Clear Flexible Safe Harbors: Allow flexible, adaptive compliance timelines for small-and-medium enterprises (SMEs) and open-source models while technical tools mature.
• Fostering Public Digital Literacy: Launch EU-wide public awareness campaigns to educate citizens on interpreting new AI icons and understanding synthetic media context.
• Collaborative Taskforces for Continuous Technical Review: Utilize the Code’s Signatory Taskforces to continuously update technical detection criteria as generative AI models evolve.

Conclusion:

The EU AI Transparency Code marks a historic shift toward enforcing accountability and provenance in generative AI systems. By pairing mandatory legal disclosures under Article 50 with clear visual visual labels, the EU sets a global benchmark for protecting citizens from deepfakes and information manipulation. Moving forward, refining technical watermarking tools and avoiding consumer label overload will remain vital to balancing digital trust with industrial innovation.

Context: Madanapalle Municipality in Andhra Pradesh is emerging as a model Zero Waste City under Swachh Bharat Mission-Urban (SBM-U) 2.0 through scientific waste management and resource recovery.

About The Madanapalle Municipality Waste Management Model:

What It Is?

• An integrated scientific solid waste management model implemented by Madanapalle Municipality (Andhra Pradesh) under Swachh Bharat Mission-Urban (SBM-U) 2.0.
• It focuses on source segregation, decentralized waste processing, recycling, resource recovery, and legacy waste remediation to achieve the goal of a Zero Waste City.

Aim: To minimize landfill waste through scientific processing, maximize resource recovery, and promote a sustainable, circular urban economy.

Key Features:

• Scientific Waste Segregation: Segregates waste at source into biodegradable, non-biodegradable, and upcycling categories for efficient processing.
• Decentralized Waste Processing: Treats wet waste through composting and vermicomposting, while recyclable dry waste is processed at Material Recovery Facilities (MRFs).
• Resource Recovery & Circular Economy: Non-recyclable waste is co-processed in cement plants, while RRR Centres promote the reuse of e-waste, clothes, books, and other reusable items.
• Legacy Waste Remediation: Uses bio-mining and bio-remediation to reclaim landfill sites, converting recovered land into green spaces and productive public assets.

Significance:

• Reduces landfill dependency, improves sanitation, and supports a circular economy through recycling and resource recovery.
• Demonstrates how scientific waste management and community participation can help Indian cities achieve Zero Waste and Swachh Bharat Mission goals.

Relevance in UPSC Syllabus

GS Paper II – Government Policies & Urban Governance

• Demonstrates the implementation of Swachh Bharat Mission-Urban 2.0 through decentralized urban sanitation and citizen participation.

GS Paper III – Environment & Waste Management

• Promotes scientific solid waste management, resource recovery, and circular economy practices for sustainable urban development.

• Supports sustainable cities by reducing landfill waste, conserving resources, and creating greener urban spaces.

Context: The 2026 Fields Medal—mathematics’ highest honor—was awarded to Yu Deng, John Pardon, Jacob Tsimerman, and Hong Wang at the International Congress of Mathematicians.

• Hong Wang made history as only the third woman in the medal’s 90-year history to receive the honor, while she and Yu Deng became the first Chinese nationals awarded since 1982.

About The Fields Medal 2026:

What It Is?

• Often referred to as the Nobel Prize of Mathematics, the Fields Medal is the most prestigious global award recognizing outstanding mathematical achievement for existing research and the promise of future accomplishment.

Administering Body: Awarded by the International Mathematical Union (IMU) every four years during the International Congress of Mathematicians.

Origin: Established in 1936 from a trust fund established by Canadian mathematician John Charles Fields at the University of Toronto.

Key Features:

• Strict Age Cap (Under 40): Candidates must be younger than 40 years old on January 1st of the award year, celebrating early-career breakthroughs and future potential.
• Quadrennial Frequency: Conferred once every four years to a selected cohort of two to four mathematicians.
• Global Diversity Balance: The IMU Executive Committee selects an anonymous Fields Medal Committee mandated to represent a broad diversity of mathematical sub-fields.
• Endowment & Support: Funded through the J.C. Fields Trust at the University of Toronto, supplemented by institutional partners and the Fields Institute.

About 2026 Laureates and Their Contributions:

• Yu Deng (University of Chicago):

• • Key Contribution: Solved a critical part of Hilbert’s sixth problem by establishing strong theoretical bridges between physical fluid dynamics (kinetic wave theory) and particle physics mechanics.

• John Pardon (Simons Center / Stony Brook University)

• • Key Contribution: Resolved the 20-year-old MNOP conjecture in symplectic geometry by counting curves on complex Calabi-Yau 3-folds, developing the fundamental tool of virtual foundation cycles.

• Hong Wang (NYU Courant Institute)

• • Key Contribution: Solved the decades-old 3D Kakeya conjecture alongside Joshua Zahl, connecting harmonic analysis and geometric measure theory to determine minimal rotational space for multi-dimensional sets.

• Jacob Tsimerman (University of Toronto)

• • Key Contribution: Pioneered the application of o-minimality (from mathematical logic) to algebraic geometry and number theory, proving Griffiths’ conjecture and early work on the André-Oort conjecture.

Context: Union Minister of State for Home Affairs informed Parliament that the e-Zero FIR system for cybercrime cases has been operationalized across 18 States and Union Territories, with over 12,000 e-Zero FIRs already registered.

About The e-Zero FIR System:

What It Is?

• The e-Zero FIR system is a digital, borderless law enforcement framework designed to automatically generate a First Information Report (e-Zero FIR) for reported cyber financial crimes—regardless of territorial police jurisdiction.

Institutional Nodal Body: Developed by the Indian Cybercrime Coordination Centre (I4C) under the Ministry of Home Affairs (MHA).

Legal Alignment: Leverages Section 173(1) of the Bharatiya Nagarik Suraksha Sanhita (BNSS), 2023, which mandates that information on cognizable offenses can be submitted electronically irrespective of location.

System Integration: Integrates three primary digital infrastructures:

• National Cyber Crime Reporting Portal (NCRP) / Helpline 1930
• State/UT e-Crime Police Stations
• National Crime Records Bureau’s (NCRB) Crime and Criminal Tracking Network & Systems (CCTNS)

Aim: To accelerate law enforcement action against cybercriminals, eliminate jurisdictional delays in filing complaints, enable instant freezing of defrauded funds, and facilitate the swift restoration of lost money to victims.

Key Features:

• Automated Threshold Triggers: Complaints lodged via the 1930 helpline or NCRP portal that cross specified financial loss thresholds automatically generate an e-Zero FIR without requiring an initial physical station visit.
• Seamless Jurisdictional Transfer: Registered e-Zero FIRs at central e-Crime Police Stations are instantly routed to the exact territorial cybercrime police station holding local jurisdiction.
• 3-Day Conversion Window: Complainants are required to visit the local territorial police station within 3 days to complete formal verification and convert the e-Zero FIR into a regular, fully registered FIR.
• Immediate Financial Lien Placement: By generating an official e-FIR instantly, law enforcement and banking channels gain the immediate legal authority required to place a lien on suspect bank accounts and block the onward transfer of stolen funds.

Significance:

• The e-Zero FIR system removes jurisdictional delays, allowing cyber fraud complaints to be registered immediately from any location.
• Instant FIR registration through the 1930 helpline enables faster freezing of fraudulent accounts, increasing the chances of recovering stolen funds.

Context: India has accelerated interventions under the National Viral Hepatitis Control Programme (NVHCP) to eliminate viral hepatitis as a public health threat by 2030.

About Hepatitis:

What It Is?

• Hepatitis is an inflammation of the liver tissue. While commonly caused by viral infections, non-infectious factors—such as heavy alcohol consumption, toxic substances, certain medications, and autoimmune diseases—can also trigger the condition.

Origin & Etiology:

Derived from the Greek words hepar (meaning liver) and -itis (meaning inflammation). Viral hepatitis originates from five distinct viral strains classified as Types A, B, C, D, and E.

• Enteric Strains (A and E): Transmitted via the fecal-oral route through contaminated food and water.
• Parenteral Strains (B, C, and D): Transmitted through contact with infected bodily fluids, blood transfusions, contaminated needles, or vertically from mother to child at birth.

Symptoms:

Many viral hepatitis infections remain asymptomatic or mild during early stages. When symptoms appear, they typically include:

• Acute Symptoms: Jaundice (yellowing of the skin and eyes), dark urine, fatigue, fever, loss of appetite, nausea, vomiting, and abdominal pain.
• Severe Complications: Pregnant women infected with Hepatitis E face heightened risk of acute liver failure.
• Chronic Complications: Persistent infection with Hepatitis B, C, or D causes chronic liver disease, leading to cirrhosis (irreversible liver scarring), hepatocellular carcinoma (liver cancer), and liver failure.

Key Features:

• Five Distinct Strains (A, B, C, D, and E): Caused by five distinct viruses with different modes of transmission, illness severity, and preventive options.
• Major Infectious Disease Killers: Types B and C account for the vast majority of chronic infections, driving over 1.3 million deaths globally each year due to cirrhosis and liver cancer.
• The Satellite Nature of Hepatitis D (HDV): HDV is a defective virus that cannot replicate independently; it infects only individuals already carrying Hepatitis B (HBV). Superinfection accelerates liver damage and cancer progression.
• Vaccine Prevention vs. Direct-Acting Antivirals: Safe vaccines exist for HAV, HBV, and HEV. While no vaccine exists for Hepatitis C (HCV), modern Direct-Acting Antiviral (DAA) medications cure over 95% of chronic HCV cases.
• High Burden of Unaware Carriers: An estimated 304 million people globally live with chronic HBV or HCV, yet most remain undiagnosed due to the silent, asymptomatic nature of early liver damage.

Context: The Union Government approved the Reserve Bank of India’s (RBI) proposal to conduct field trials for polymer (plastic) banknotes in ₹10 and ₹20 denominations.

About RBI’s ₹10 and ₹20 Polymer Notes:

What It Is?

• An official pilot initiative by the Reserve Bank of India (RBI) and its subsidiary, Bharatiya Reserve Bank Note Mudran Private Limited (BRBNMPL), to introduce opacified polymer-substrate currency into public circulation alongside existing cotton-paper notes.

Regulatory Authority: Reserve Bank of India (RBI).

Currency Manufacturing Subsidiary: Bharatiya Reserve Bank Note Mudran Private Limited (BRBNMPL).

Aim: To extend the lifespan of lower-denomination banknotes that wear out quickly due to frequent handling, thereby reducing long-term currency printing costs, curbing environmental waste, and improving overall currency durability.

Key Features:

• Target Denominations & Volume: Focuses on small-value notes (₹10 and ₹20), with an initial field trial batch consisting of 1 billion pieces per denomination.
• Non-Fibrous Polymer Substrate: Unlike traditional Indian paper notes made from 100% cotton comber and linter fibers, polymer notes are printed on a non-porous, dirt- and moisture-resistant synthetic plastic film.
• Significantly Extended Lifespan: Polymer notes last between 2 to 6 times longer than conventional cotton-paper notes, drastically reducing the frequency of replacement, transportation, and destruction of soiled currency.
• Co-Circulation Framework: Polymer notes will circulate in parallel with existing paper notes. The government has explicitly clarified that there is no proposal to replace existing paper currency entirely.
• Environmental & Recycling Benefits: According to studies highlighted by the International Monetary Fund (IMF), polymer banknotes reduce global warming potential by 32% and primary energy demand by 30% compared to paper notes, and can be recycled into plastic pellets at the end of their life cycle.
• Under Section 22 of RBI Act, 1934, the RBI holds the exclusive legal monopoly to issue currency notes across India.
  • While ₹1 notes are issued directly by the Ministry of Finance, ₹10 and ₹20 notes are issued strictly under the authority of the RBI’s Issue Department.

Global Adoption (Other Nations Using Polymer Notes):

Australia pioneered polymer banknotes in 1988, and today nearly 60 countries utilize plastic currency in some capacity:

• Full Series Transition: Australia, Canada, New Zealand, Romania, and the United Kingdom.

Context: Astronomers analyzing data from the Hubble Space Telescope mapped the last 500 million years of star formation in the Andromeda Galaxy, revealing that its star formation rate is dropping sharply—particularly over the last 40 million years.

About The Andromeda Galaxy:

What It Is?

• The Andromeda Galaxy (also designated Messier 31 or M31) is a massive, barred spiral galaxy. It is the nearest major spiral neighbor to our own galaxy, the Milky Way, and the largest member of the Local Group of galaxies.

Location & Distance:

• Constellation: Located in the constellation Andromeda.
• Distance from Earth: Situated approximately 2.5 million light-years away.
• Visibility: Visible to the naked eye under dark skies as a faint, elongated smudge.

Key Features:

• Enormous Physical Scale: Spans a diameter of over 220,000 light-years—roughly 2 to 2.5 times the width of the Milky Way—and contains an estimated 1 trillion stars.
• Transition to Cosmic Middle Age: New star birth is steadily slowing down across its concentric ring structures, marking its transition from an active, star-forming galaxy toward a quiescent state.
• Disruptive Interaction with M32: Gravitational interactions and collision passes by its satellite galaxy, M32, have punched through Andromeda’s stellar disk, disrupting dust clouds and creating a dead zone devoid of recent star birth.
• Distinct Concentric Ring Structures: Hosts prominent ring-like dust structures at radii of 26,000 and 33,000 light-years, where its remaining gas and star-forming activity are concentrated.
• Future Milky Way Collision Course: Gravitationally bound to the Milky Way, Andromeda is moving toward us at approximately 110 km/s. The two galaxies have a high probability of colliding and merging into a giant elliptical galaxy (Milkdromeda) in about 4 to 10 billion years.

Significance:

• As the nearest large spiral galaxy, Andromeda helps scientists study how galaxies form, evolve, and eventually slow their star formation.
• Its declining star formation rate helps refine models used to estimate the age and evolution of distant galaxies.

Context: Ghana has launched an official register to document properties and businesses lost by its citizens during anti-foreigner violence in South Africa.

• It becomes the second African country, after Nigeria, to seek legal and diplomatic compensation from Pretoria.

About Ghana:

What It Is?

• Ghana (officially the Republic of Ghana) is a sovereign country located along the Gulf of Guinea in West Africa. Renowned for being the first sub-Saharan African nation to gain independence from European colonial rule in 1957 under Pan-African leader Kwame Nkrumah, it serves as a major economic, cultural, and democratic hub in the region.

Geographic Location & Border Nations

• Region: Coastal West Africa (along the Atlantic Ocean’s Gulf of Guinea).
• Capital: Accra (major commercial and political center).
• Bordering Nations:
  • North & Northwest: Burkina Faso
  • East: Togo
  • West: Côte d’Ivoire
  • South: Atlantic Ocean (Gulf of Guinea)

Key Features:

• The Massive Voltaian Basin & Lake Volta: Dominates the central and northern interior. It holds Lake Volta, one of the world’s largest artificial lakes (covering ~8,500 sq km), impounded by the Akosombo Hydroelectric Dam.
• Akwapim-Togo Mountain Ranges: A prominent narrow chain of folded Precambrian mountain ridges stretching along the eastern border with Togo. It contains Ghana’s highest point, Mount Afadjato (2,903 feet / 885 meters).
• Dissected Precambrian Peneplain & Scarps: Framing the Voltaian Basin are uplifted plateau scarps—most notably the Kwahu (Mampong) Scarp in the south and Gambaga Scarp in the north—drained by major rivers like the Pra, Ankobra, and Tano.
• Impact Crater Lake Bosumtwi: Located south of Kumasi, Lake Bosumtwi is Ghana’s only true natural lake, formed within an ancient meteorite impact crater with no natural outlet to the ocean.

Significance:

• The first Sub-Saharan African country to gain independence (1957), Ghana remains a key voice in the African Union (AU) and ECOWAS.
• A leading exporter of cocoa and rich in gold, bauxite, manganese, and offshore petroleum, making it a major West African economy.