UPSC Current Affairs 07 October 2026

• Establishment: It was formed in 1995 as the GSM MoU Association to support and promote mobile operators using the GSM standard for cellular networks.
• History: Its roots trace back to 1987 when 13 operators from 12 countries signed a Memorandum of Understanding (MoU) to deploy GSM mobile services globally.
• Core Vision: To unlock the full power of connectivity so that people, industry, and society can thrive together.

• Full Members: Open to over 750 licensed mobile operators worldwide using GSM-family technologies (including 4G, 5G, and 6G).
• Associate Members: Comprises around 400 non-operator companies in the mobile ecosystem, including handset makers, software firms, internet giants, and sectors like fintech, media, healthcare, and transport.
• Governance: It is led by a global board consisting of top executives from the international operator community.

1. Connectivity for Good:
   • Engages with governments, regulators, and civil society to advance positive policy and spectrum outcomes.
   • Works on lowering inequalities by tackling major challenges like digital inclusion, climate change, and sustainability.
2. Industry Services and Solutions:
   • Underpins the global technical standards, device security, and interoperability that make global roaming possible.
   • Manages industry projects focusing on 5G advancements, Mobile IoT, and fraud prevention.
3. Outreach (Global Events & Insights):
   • Hosts the world’s largest mobile industry exhibitions, most notably the Mobile World Congress (MWC) series held annually in Barcelona, Shanghai, Las Vegas, and Kigali.
   • Houses GSMA Intelligence, the definitive source of global mobile industry data, analysis, and economic forecasts.

• Global Connections: As of late 2026, the GSMA tracks over 14.7 billion mobile connections (including cellular IoT) and more than 5.8 billion unique mobile subscribers worldwide.
• Economic Footprint: According to The Mobile Economy 2026 report, mobile technologies and services generated $7.6 trillion for the global economy in 2025 (6.4% of global GDP), which is projected to grow to $11.3 trillion by 2030 driven by 5G and AI integration.

• Corpus Size: A dedicated government commitment of ₹10,000 crore.
• Investment Model: It will operate as an Alternative Investment Fund (AIF) framework to make direct equity and equity-related investments.
• Collaboration: Setup jointly by the Ministry of Micro, Small and Medium Enterprises (MSME) and the Ministry of Finance.
• Professional Management: The fund will be run by professional fund managers targeting businesses with strong corporate governance.

• Patient Capital: Focuses on providing long-term risk capital ("patient equity") without the immediate stress of debt repayment.
• Target Audience: Specifically addresses the "missing middle"—high-potential SMEs that are past the micro/early startup phase but need capital to scale. Existing equity funds predominantly focus only on micro-enterprises and early-stage setups.
• Eligible Sectors: High-potential SMEs across manufacturing, technology, services, innovation-driven sectors, and strategic value chains.

• Proven Track Record: Companies must demonstrate a consistent history of operational viability and product innovation.
• Scalability: Focuses on businesses capable of expanding capacity to sustainably meet global demand.
• Official SME Classification (Effective April 2025):
  • Small Enterprise: Investment up to ₹25 crore; Turnover up to ₹100 crore.
  • Medium Enterprise: Investment up to ₹125 crore; Turnover up to ₹500 crore.

• Global Competitiveness: Helps Indian companies scale up production, adopt advanced technologies, and seamlessly integrate into global value chains.
• Regional Development: Active focus on industrial clusters located in Tier-II and Tier-III cities to ensure balanced regional growth.
• Employment Generation: The expansion of manufacturing capacities is projected to create high-quality employment opportunities across local supply chains.
• Long-term Vision: Serves as a vital structural pillar pushing towards the national targets of Atmanirbhar Bharat and Viksit Bharat @ 2047.

• SAREX-2026 is in the news because the Indian Coast Guard (ICG) is conducting the 12th National Maritime Search and Rescue Exercise (SAREX-2026) off the Paradip coast in Odisha.
• Inaugurated by the Minister of State for Defence, Sanjay Seth, it is recognized as one of the largest and most complex mass rescue drills ever executed in the region, featuring vast international and domestic participation.

• Host and Organizer: The exercise is hosted by the Indian Coast Guard (ICG).
• The Core Theme: It simulates a Mass Rescue Operation (MRO)—a rare and critical class of emergency where the number of victims significantly exceeds the standard capacity of local rescue assets.
• The Hypothetical Drill Scenario:
  • A simulated passenger aircraft ditches at sea with 228 people on board.
  • Simultaneously, the situation escalates into a secondary disaster involving a collision with a container vessel named MV Zumba.
  • This forces aviation and maritime disaster systems to respond to concurrent emergencies on the open water.
• Massive Fleet Mobilisation: The drill deploys a extensive fleet of multi-agency forces:
  • Indian Coast Guard: 15 ships, 2 Dornier aircraft, 3 Advanced Light Helicopters (ALH), and a Chetak helicopter.
  • Indian Air Force (IAF): A C-130J Super Hercules tactical transport and an Mi-17 helicopter.
  • Indian Navy: Two frontline ships.
  • Civil & State Assets: Local government vessels and shore-based support medical units.
• Strong International Footprint: The event includes 32 international observers from 30 different countries, acting as a platform to test global interoperability and cooperative rescue protocols.
• Strategic Alignment: The framework aligns directly with India’s overarching maritime visions: SAGAR (Security and Growth for All in the Region) and MAHASAGAR.
• Coinciding High-Level Meeting: Parallel to the sea-phase drills, the ICG is convening the 24th National Maritime Search and Rescue (NMSAR) Board Meeting in Bhubaneswar to brainstorm digital upgrades, tracking technology, and faster inter-agency mobilization.

• The rare giant binary black hole system blazar OJ 287 is recently in the news due to the publication of a groundbreaking, decade-long international study in October 2026.
• A massive collaboration of 106 scientists from 48 research institutions across 18 countries analysed the most extensive and densely sampled optical dataset gathered over the past 150 years, unlocking fresh clues about the behaviour of its central black holes and powerful plasma emissions.

• What is OJ 287?: It is a rare astronomical object classified as a blazar—a space phenomenon that produces powerful jets of plasma moving at nearly the speed of light directed right toward Earth.
• Location: The system is located approximately 4 billion light-years away from Earth.
• Binary Black Hole Engine: At its center lies a binary system consisting of two supermassive black holes (SMBHs) orbiting each other.
• The Orbit: The smaller secondary black hole takes 12 years to complete a full orbit around the massive primary black hole.
• Massive Proportions: Supermassive black holes like these contain masses ranging from millions to billions of times that of our Sun. The primary black hole is an ultramassive giant, while the secondary component is significantly smaller.
• Distinctive Brightness Peaks: The system produces a signature double-peaked pattern in its brightness over time. This pattern occurs when the secondary black hole crashes through the gas accretion disk surrounding the primary black hole, causing massive impact flares.
• Recent Scientific Breakthroughs: Previous observations had only detected signals from the primary black hole or its accretion disk. Recent international studies have successfully separated and observed signals arising directly from the smaller secondary black hole for the first time, identifying its unique yellowish plasma jet alongside the primary's reddish jet.
• Gravitational Wave Laboratory: Because the binary orbit is slowly spiralling inward due to energy lost to gravitational radiation, OJ 287 is considered the best-known candidate in the observable universe for hosting a nanohertz gravitational wave-emitting system.

• Apex Institutional Body: ITLA acts as the centralized authority for integrated transport planning, research, policy support, and project monitoring.
• Sectors Covered: It encompasses roads, railways, ports & shipping, civil aviation, inland waterways, coastal shipping, urban mobility, and overall logistics.

• Long-Term Strategy: ITLA will formulate a comprehensive National Transport Master Plan with a horizon of 10 years or more.
• Cross-Checking Sub-Plans: It will evaluate the annual plans and 5-year short-term sectoral plans of separate transport ministries to ensure they align seamlessly with the master plan.

• ₹500 Crore Limit: The authority will technically appraise and monitor all Central Government infrastructure projects costing ₹500 crore or more.
• Issue Resolution: It will operate a coordinated mechanism to resolve implementation bottlenecks for these major projects.
• Post-Project Review: ITLA will conduct post-implementation impact assessments to verify if completed infrastructure projects met their targeted outcomes.
• Note: Financial appraisals will continue to be handled by existing government mechanisms.

• National Transport Data Repository (NTDR): ITLA will build a unified data warehouse by pulling datasets from existing platforms like FASTag, Vahan, GSTN e-way bills, GPS-based tracking, and urban traffic management systems.
• Advanced Analytics: The repository will run big data analytics, such as freight-flow and origin-destination analysis, to aid future logistics mapping.

• National Logistics Policy: It will assist in reviewing and updating the National Logistics Policy (2022).
• Skill & Capacity Building: The body is tasked with running training, skilling, and capacity-building initiatives within the logistics industry.
• Vision 2047 Alignment: The establishment aims to advance India's "Vision 2047" targets by lowering logistics costs, reinforcing multimodal connectivity, and optimizing national infrastructure efficiency.

• Status: It is a Central Public Sector Enterprise (CPSE) functioning under the administrative control of the Department of Atomic Energy (DAE).
• Establishment: Founded on October 4, 1967, and is headquartered at Jaduguda in the East Singhbhum district of Jharkhand.
• Core Mandate: It is the only company statutorily authorised in India to mine and chemically process uranium ore to supply fuel for the nation's nuclear power reactors.
• Legal Monopoly: Governed under the Atomic Energy Act, 1962, which designates uranium as a "prescribed substance," barring private participation in its mining and extraction.

• Jharkhand Operations: Operates six underground mines (Jaduguda, Bhatin, Narwapahar, Turamdih, Bagjata, and Mohuldih) and one open-pit mine (Banduhurang).
• Andhra Pradesh Operations: Manages an underground mine and a major processing facility at Tummalapalle, which holds some of the country’s largest reserves.
• Processing Infrastructure: Active ore milling and processing plants are strategically located in Jaduguda and Turamdih.
• Exploration Pipeline: Works in tandem with the Atomic Minerals Directorate for Exploration and Research (AMD), which hands over proven deposits to UCIL for commercial extraction.

• Low-Grade Ore: Domestic uranium ore is of relatively low quality (extracting only 200–300 grams per tonne), making India heavily reliant on imports for its immediate nuclear capacity expansion.
• Future Project Locations: Pre-project and exploratory activities are expanding beyond Jharkhand into Rajasthan (Rohil), Karnataka (Gogi), Chhattisgarh, and Telangana.
• Long-Term Transition: In alignment with India's three-stage nuclear energy programme, UCIL's long-term objective is to facilitate a gradual programmatic shift toward utilizing the country's vast thorium reserves.

• “Jumping genes” are in the news because a study published in Science Advances links their rapid replication to the massive evolutionary burst of ants after the asteroid impact wiped out the dinosaurs 66 million years ago.
• The research, led by Dr. Lukas Schrader of the University of Münster, explains how ants diversified into more than 15,000 species to achieve global ecological dominance.

• Scientific Name: They are known as transposable elements (TEs) or transposons.
• Definition: They are segments of DNA that possess the unique ability to copy, move, and paste themselves into different locations within an organism's genome.
• Abundance: They comprise huge portions of genetic code across species, making up about 50% of the human genome and up to 90% of maize (corn) DNA.

• By Movement Mechanism:
  • Retrotransposons: Move via a "copy and paste" mechanism using an RNA intermediate.
  • DNA Transposons: Move via a "cut and paste" mechanism directly removing and inserting DNA.
• By Autonomy:
  • Autonomous: Possess all necessary genetic instructions to move independently.
  • Non-autonomous: Lack specific enzymes and rely on other transposons to jump.

• Perfect Evolutionary Timing: An analysis of 163 ant species revealed massive, independent bursts of jumping gene copying between 75 and 45 million years ago—peaking right around the asteroid strike.
• Driving Species Richness: The ant groups that gained jumping genes at the fastest rates evolved into the most species-rich lineages today, such as the Ponerinae, Formicinae, and Myrmicinae subfamilies.
• Enhancing the Sense of Smell: The activity was highly concentrated in "TE islands"—genomic zones where genes evolved rapidly. This accelerated the creation of new genes responsible for odor receptors and waxy body chemicals, allowing ants to develop the complex chemical communication vital to social colonies.
• The Interplay of Genes and Environment: Researchers concluded that jumping genes provided the raw, diverse genetic material, while the vacant habitats left by the dinosaur extinction dictated which new ant traits thrived.

• The Pathogen: Plague is a severe infectious disease caused by the zoonotic bacterium Yersinia pestis.
• Natural Cycle: The bacteria primarily circulate among small rodents and are transmitted via infected flea bites.
• Human Contact: Humans contract it through flea bites, direct contact with contaminated animal tissue, or inhaling respiratory droplets from an infected person.

1. Bubonic Plague (Most Common): Contracted via flea bites. It infects the lymphatic system, causing excruciatingly painful, swollen lymph nodes known as "buboes" in the groin, armpits, or neck. It is generally not spread human-to-human.
2. Pneumonic Plague (Most Dangerous): An advanced infection of the lungs. It is highly contagious and spreads directly between humans through coughing. If untreated, it has a near-100% fatality rate.
3. Septicemic Plague: Occurs when the bacteria multiply rapidly in the bloodstream. It causes severe internal bleeding, organ failure, and gangrene (tissue death resulting in blackening of the fingers, toes, and lips).

• Sudden onset of high fever and severe chills.
• Intense headaches, body aches, and profound weakness.
• Type-Specific: Coughing up bloody mucus and shortness of breath (Pneumonic); agonizingly swollen lumps (Bubonic); abdominal pain and spontaneous bleeding from the nose/mouth (Septicemic).

• Antibiotics: Modern plague is fully curable with standard antibiotics, but medical intervention must begin within 24 hours of the first symptoms to be effective.
• Prevention: There is no widely available public vaccine. Prevention relies on active rodent and flea control, avoiding contact with dead animals, and wearing protective gear if handling potentially infected wildlife.

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