UPSC Current Affairs 14 October 2026

• It is an annual, invitation-only global conference organised by Bloomberg, founded by Michael R. Bloomberg.
• Its purpose is to bring leaders from government, business, finance, technology, and civil society together to find common ground on global economic challenges.
• It is not a government treaty-making body; it is a high-level platform for dialogue, partnerships, and policy-oriented discussion.
• The 2026 edition is the 8th Bloomberg New Economy Forum.

• Narendra Modi, Prime Minister of India, gave the inaugural address.
• Michael R. Bloomberg, founder of Bloomberg L.P. and Bloomberg Philanthropies, opened the forum.
• Other announced speakers included Mario Draghi, Gina Raimondo, Rishi Sunak, Chuck Robbins, and Jonathan Gray.
• Indian business and policy voices also featured, including Nandan Nilekani and N. Chandrasekaran.

• Theme: The guiding theme for the 2026 summit is "A World in Play: Defining the New Levers of Power".
• Core Discussion Pillars: The forum focuses on seven critical global areas:
  • Climate Risk
  • Technological Disruption (specifically Artificial Intelligence)
  • Geopolitical Realignment & Shifting Supply Chains
  • Energy Transition
  • Financial Innovation
  • Breakthrough Medicines
• Prominent Global Speakers: High-profile attendees include Michael R. Bloomberg, former British PM Rishi Sunak, Tata Sons Chairman N. Chandrasekaran, Cisco CEO Chuck Robbins, Blackstone's Jonathan Gray, and India's Finance Minister Nirmala Sitharaman.

• India's Reform Conviction: PM Modi highlighted that India's structural transformations—such as the Goods and Services Tax (GST), updated insolvency laws, streamlined labour codes, and the decriminalization of minor business offenses—are driven by proactive "conviction" rather than compulsion.
• Supply Chain & Currency Stability: Leaders discussed India’s role as a trusted partner as global supply chains face weaponization, alongside discussions by Finance Minister Nirmala Sitharaman regarding the RBI’s ongoing efforts to curb rupee volatility.
• AI and Job Creation: Conversations highlighted that open AI networks and digital platforms will unleash India's small business economy, generating millions of human-led jobs that are inherently "AI-proof".

• The focus is hereditary epidermal differentiation disorders, an umbrella term recently adopted through international consensus classification.
• These are rare, inherited genetic skin diseases, formerly called ichthyoses and palmoplantar keratodermas.
• They arise from gene variants affecting skin structural proteins, lipid-metabolism enzymes and transporters, ion channels, and other components needed for a healthy skin barrier.
• Common visible features include skin thickening, scaling, and redness.
• Because the skin barrier is impaired, patients may face discomfort, infections, dehydration, and major quality-of-life challenges; the consortium aims to address the underlying biology rather than only symptoms.

• Full name: Consortium for Hereditary Epidermal Differentiation Disorders.
• Announcement date: 12 October 2026.
• Co-leads: Yale School of Medicine and Northwestern University Feinberg School of Medicine.
• Yale lead: Dr. Keith A. Choate, chair of Dermatology at Yale.
• Northwestern lead: Dr. Amy S. Paller, chair of Dermatology at Northwestern.
• Participants: Seven clinical sites, patient advocacy organisations, and the RDCRN Data Management and Coordinating Center.
• Other clinical sites: Stanford University; UC San Diego and Rady Children’s Hospital; University of Colorado; Medical University of South Carolina; and University of Texas at Austin with Dell Children’s Medical Center.

Project	Main aim
Project 1	Create a long-term patient registry and natural-history study, linking genetic diagnosis with standardised clinical assessments to understand disease progression and identify trial outcome measures.
Project 2	Conduct a clinical trial of erlotinib, an oral targeted drug, to test whether blocking an overactive skin growth-signalling pathway improves disease.
Project 3	Map molecular changes behind different subtypes and identify biomarkers for disease activity and treatment response.

• It enables multi-centre research at a scale no single hospital could achieve.
• It combines genetic diagnosis, long-term follow-up, molecular analysis, and clinical trials.
• It may help match patients to therapies that target the root genetic or molecular cause, rather than offering only general skin care.
• It could create validated outcome measures and biomarkers needed for future treatments and clinical trials.

• Definition: A voluntary period during which a person refrains from or significantly reduces the use of digital devices—such as smartphones, computers, and social media platforms.
• Core Objective: To decrease psychological dependency on technology, reduce screen time, counter digital exhaustion, and foster real-world human interactions.

• Mental Health Impacts: High screen usage and social media compulsion trigger unhealthy dopamine spikes, resulting in anxiety, depression, a warped self-image, and FOMO (Fear of Missing Out).
• Cognitive Decline: Constant notifications result in severe task-switching fatigue, reduced attention spans, and impaired deep-focus abilities.
• Physical Ailments: Excessive device use leads to "tech neck," severe eye and wrist strain, and blue-light emission that suppresses melatonin, disrupting healthy sleep patterns.

Aspect	Details
Campaign name	Digital Detox Campaign
Launch date	12 October 2026
Occasion	Philately Day, National Postal Week (9–15 October)
Organisers	Department of Posts, Ministry of Communications, and IndiGo
Target group	Passengers on selected IndiGo flights
Main activity	Writing and posting handwritten postcards
Materials provided	Digital Detox kits with postcards
Mailing method	India Post letterboxes at arrival airports

• Restored Mental Well-being: Drastically lowers daily stress levels, clears mental clutter, and builds mindfulness.
• Improved Relationships: Cultivates higher quality, face-to-face family bonding and meaningful personal connections away from "blue ticks".
• Higher Productivity: Minimizes screen distractions, allowing the brain to refocus on offline hobbies, reading physical books, or professional work.

• Moderate Boundaries: Turning off non-essential push notifications, establishing "phone-free zones" (like the dinner table or bedroom), and limiting social media to 30 minutes a day.
• Complete Abstinence: Undertaking full digital fasts over weekends or booking remote travel retreats specifically designed around poor connectivity.
• Community-Led Solutions: Following grassroots models like Karnataka's Halga village, which rings a daily siren from 7:00 PM to 9:00 PM to enforce a collective community screen blackout.
• Tech-Assisted Tracking: Using built-in utilities like Apple Screen Time and Android Digital Wellbeing, or productivity apps like Flipd and Freedom to lock away distractions.

• Nodal Authority: It is a flagship initiative managed under the Department of Science and Technology (DST), Ministry of Science and Technology, Government of India.
• Financial Corpus: Backed by an ambitious total outlay of ₹1 lakh crore (₹1,00,000 crore) over six years.
• Two-Tier Funding Model:
  • Tier 1: The entire corpus is held under a Special Purpose Fund (SPF) housed inside the newly formed Anusandhan National Research Foundation (ANRF).
  • Tier 2: Capital is channelled to the market via Second-Level Fund Managers (SLFMs) like Alternative Investment Funds (AIFs), DFIs, NBFCs, and technology development boards (e.g., Technology Development Board - TDB and BIRAC).

• Catalysing Private Investment: Designed to switch India's R&D model from being purely government-led to government-catalyzed and private sector-led. The government expects the fund to leverage taxpayer money to crowd in an additional ₹4–5 lakh crore from private industries.
• Bridging the "Financing Gap": Provides long-term, patient capital for high-risk, capital-intensive technology segments that traditional banks hesitate to finance.
• Self-Reliance (Atmanirbhar Bharat): Aims to secure technological sovereignty, decrease India's reliance on imported high-tech equipment, and advance the national goal of Viksit Bharat 2047.

• Concessional Financing: The fund offers collateral-free, low-cost or zero-interest long-term loans as well as equity investments.
• High TRL Focus: Specifically targets projects at Technology Readiness Level 4 (TRL 4) and above. This means the technologies must have already moved past basic laboratory research and are ready for validation, prototype scaling, and commercial deployment.
• Deep-Tech Asset Class: Facilitates the setting up of a dedicated Deep-Tech Fund of Funds (FoF).

• Strategic Direction: Guided by the ANRF Governing Board, which is chaired by the Prime Minister of India.
• Administrative Approval: Monitored by an Empowered Group of Secretaries (EGoS) led by the Cabinet Secretary, which reviews fund performance and approves eligible sectors and fund cohorts.
• Rigorous Evaluation: Projects and fund managers undergo multi-stage screenings through independent Expert Advisory Committees with strict conflict-of-interest and recusal protocols.

• The original Article 371, adopted in 1950, was a transitional provision, not a special-rights provision.
• It placed the governments of former princely states classified as Part B States—such as Hyderabad, Mysore, Jammu & Kashmir and Rajasthan—under the general control of the President for 10 years, or another period fixed by Parliament.
• The purpose was to help newly integrated princely states function within India’s constitutional and administrative framework.
• The States Reorganisation Act, 1956 and the Seventh Constitutional Amendment abolished the Part A/B/C classification; the original Article 371 was then replaced.
• Today’s Article 371 deals with Maharashtra and Gujarat, requiring special responsibility of Governors for development boards, equitable allocation of development funds, and opportunities in technical/vocational education and state employment for regions such as Vidarbha, Marathwada, Saurashtra and Kutch.

Provision	State/Region	Main Purpose
Article 371	Maharashtra, Gujarat	Development boards and equitable funds, education and jobs for backward regions.
Article 371A	Nagaland	Protects Naga religious/social practices, customary law, and ownership/transfer of land and resources; certain parliamentary laws need Assembly approval.
Article 371B	Assam	Allows a committee of MLAs from Sixth Schedule tribal areas within the state legislature.
Article 371C	Manipur	Creates a committee for hill-area MLAs; Governor reports to the President on hill areas’ administration.
Article 371D & E	Andhra Pradesh	Provides equitable opportunities in education and public employment across regions, arising from Telangana–Andhra grievances.
Article 371F	Sikkim	Managed Sikkim’s integration into India after it became a state in 1975.
Article 371G	Mizoram	Protects Mizo customs, customary law, justice administration and land ownership; specified parliamentary laws do not apply automatically without Assembly approval.
Article 371H	Arunachal Pradesh	Gives the Governor special responsibility for law and order.

• Application: It would apply to a Union Territory without a legislature—a category not covered by existing Article 371 provisions.
• Elected body: It envisages a directly elected UT-level body with legislative, executive, budgetary, planning and financial powers.
• Legislative subjects: The body may legislate on land, culture and language, forests, environment, natural resources, and other subjects reserved for the UT under Article 240.
• Bureaucratic control: For subjects under the elected body, control and supervision of civil servants—including their APARs—would be exercised by the elected executive body.
• Employment and identity safeguards: The proposal is intended to protect Ladakh’s land, employment opportunities, culture, language, environment and natural resources.

• Definition: It is a biological phenomenon where an organism develops anatomical and physiological reproductive traits that differ from its genetically determined chromosomal sex.
• Natural Occurrence: While documented across the animal kingdom—including fish, lizards, and birds—global warming is making this phenomenon much more frequent and severe.
• The Genetic Override: Under normal conditions, Agile Frogs follow an XX (female) and XY (male) system. However, intense heatwaves during the early tadpole stage interfere with gene expression and hormonal signals, causing genetically female (XX) tadpoles to develop into fully fertile, physical males ("XX males").

• Fewer Offspring (Lower Paternity): Although sex-reversed males make up roughly 20% of the natural population, they are only responsible for siring about 4% of the clutches in the wild.
• The "Split Clutch" Strategy: Wild female frogs appear to reject or limit breeding with sex-reversed males. During mating, they often lay only a portion of their eggs with an XX male, saving the rest for a normal, genetic XY male.
• An Extinction Loop in Offspring: When sex-reversed males do successfully reproduce, a staggering 61% of their offspring undergo sex reversal into physical males under normal conditions, compared to only 17% from standard males.

• Vulnerability to Pathogens: Amphibians already face massive threats from the ranavirus, a lethal pathogen that can wipe out over 90% of a tadpole population in a single event.
• Higher Viral Loads: When exposed to a combination of artificial heatwaves and ranavirus, the offspring of sex-reversed males carry much higher viral loads, severely restricting their survival rates.

• Skewed Sex Ratios: As the planet continues to heat up, the frog population becomes heavily biased toward physical males, leaving fewer breeding females to sustain the species.
• Loss of Genetic Diversity: A smaller pool of breeding individuals reduces genetic variation, making the species highly vulnerable to inbreeding and less capable of adapting to environmental shifts.
• Accelerated Timeline to Extinction: Computer simulations used in the study project that small, isolated frog populations could entirely disappear within 60 to 70 years. When factoring in the compounding mortality from the ranavirus, population declines hit 10 years earlier than previously anticipated.
• Global Amphibian Crisis: This study introduces a critical conservation challenge for amphibians, which are already the most threatened vertebrate group on Earth, with nearly 40% of all species facing extinction.

• Scientific Name: Neolissochilus hexagonolepis.
• Family: Belongs to the Cyprinidae family, which encompasses carps, barbs, and related fish species.
• Local Nomenclature: It is widely known as 'Khasaw' in Khasi, 'Na•rong' or 'Na-rang' in Garo (Meghalaya), and 'Katley' in Sikkim.

• Northeastern India: It thrives in almost all major rivers and hill streams of Assam, Arunachal Pradesh, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim, and Tripura.
• Global Presence: Beyond India, it is native to Nepal, Bangladesh, Myanmar, Thailand, Malaysia, and Sumatra (Indonesia).
• Water Preference: It inhabits cool, clear, fast-flowing, and oxygen-rich mountain streams and rivers featuring rocky, pebbly, or gravelly bottoms. It can comfortably adapt to high gradients up to 1,500 meters above sea level.

• Coloration & Scale appearance: Known for its striking olive-green to deep chocolate coloration on its back, with a coppery hue on the scales above the lateral line and a silvery-white belly.
• Size & Weight: It is a large freshwater game fish that can grow up to 120 cm in length and weigh as much as 11 kilograms.
• Sexual Dimorphism: Females of this species grow larger in size than males within the same age bracket.
• Agility: Equipped with highly powerful pectoral and dorsal fins, it possesses a unique ability to swiftly swim against fierce river currents, making it exceptionally strong.

• Bio-indicator: It serves as an excellent indicator of a healthy river ecosystem; its presence signals clean, well-oxygenated water.
• Angling & Tourism: Because of its incredible strength, it is a highly prized catch for recreational anglers and plays a vital role in local eco-tourism.
• Aquaculture Potential: Unlike some sensitive mahseer species, the Chocolate Mahseer is highly adaptable to captive rearing and pond culture, making it an ideal candidate for hill aquaculture diversification.

• IUCN Red List: Classified as Near Threatened.
• Primary Threats: Populations are rapidly declining due to severe habitat degradation, water pollution, environmental changes, and overfishing.
• Unethical Fishing: In several areas, illegal and destructive practices like dynamite blasting and poisoning rivers have heavily depleted their numbers.
• Protection Measures: In response, states like Meghalaya have set up over 113 community-based fish sanctuaries to protect natural breeding grounds and promote scientific river-stocking programs.

• Most Common Lung Cancer: It is a subtype of Non-Small Cell Lung Cancer (NSCLC) and accounts for approximately 40% of all lung cancer cases.
• Cellular Origin: It originates in the glandular cells that line the smaller airways and are responsible for secreting substances like mucus.
• Location: Unlike other lung cancers, it typically develops in the outer edges or peripheral regions of the lungs, specifically within the alveoli (air sacs).
• Growth Pattern: It generally tends to grow more slowly than other forms of lung cancer, though it has a tendency to spread (metastasize) to other organs in later stages.

• The Non-Smoker's Lung Cancer: It is the most common type of lung cancer diagnosed in people who have never smoked.
• Gender Disparity: It is disproportionately more common in women than in men.
• Younger Populations: While lung cancer typically affects older adults, adenocarcinoma is the most prevalent form found in individuals under the age of 45.

• Smoking: Tobacco use remains the leading cause of lung adenocarcinoma overall, heavily affecting current or former smokers.
• Environmental Exposure: Significant risk factors include second-hand smoke, radon gas, asbestos, heavy industrial chemicals (like arsenic or nickel), and poor outdoor air quality (AQI).
• Genetics: Specific genetic alterations and mutations within tumour cells—such as EGFR, ALK, and KRAS mutations—are heavily linked to its development.

• Silent Early Stages: It frequently develops without any early symptoms and is often discovered incidentally during scans for unrelated health issues.
• Respiratory Signs: As it progresses, symptoms include a persistent chronic cough, coughing up blood or blood-tinged mucus, and shortness of breath.
• Systemic Signs: Patients may experience chest pain, hoarseness, unexplained weight loss, and chronic fatigue.

• Histological Proof: A physical tissue biopsy (using a needle or bronchoscopy) is strictly mandatory to confirm the diagnosis and rule out lookalike conditions like Tuberculosis.
• Imaging: Screening and mapping are conducted using low-dose CT scans, MRIs, and PET CT scans for staging.
• Molecular Profiling: Pathologists routinely test the tissue for driver mutations (like EGFR or ALK) to see if the patient qualifies for advanced precision medicine.

• Surgery: For early-stage localization, surgical removal of the affected lung tissue (such as a lobectomy) is the standard treatment and offers the highest chance of a cure.
• Targeted Therapy: Patients with specific genetic mutations can bypass traditional chemotherapy in favour of targeted drugs (like TKIs) that attack specific cancer cells.
• Immunotherapy: Newer treatments help the patient’s own immune system recognize and fight the cancer cells, significantly improving modern survival outcomes.
• Standard Therapies: Chemotherapy and radiotherapy remain essential tools, often used in combination before or after surgery.

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