UPSC CURRENT AFFAIRS – 31 AUGUST 2026

Context: India and Uzbekistan elevated ties to a Comprehensive Strategic Partnership (CSP) during a State Visit, signing 11 agreements and setting a $5 billion bilateral trade target by 2030.

About India–Uzbekistan Relations:

What it is?

• Uzbekistan occupies a pivotal geostrategic position at the heart of Central Asia, acting as the anchor for India’s extended continental neighbourhood policy. The upgraded Comprehensive Strategic Partnership integrates trade diversification, long-term civil nuclear and critical mineral supply chains, defence co-production, and digital connectivity, countering regional instability while providing India with a reliable gateway to Eurasia.

Key Data & Bilateral Milestones:

• Targeting $5 Billion Trade by 2030: Moving to expand bilateral trade turnover from the current ~$1 billion baseline to $5 billion by 2030 through a time-bound Preferential Trade Agreement (PTA) framework.
• Long-Term Uranium Supply: Concluded a formal cooperation framework securing long-term Uranium imports from Uzbekistan to fuel India’s expanding domestic civil nuclear power reactors.
• $1 Million Aral Sea Environmental Grant: India announced a $1 million Grant-in-Aid alongside technical support for ecological rehabilitation and afforestation in the desiccated Aral Sea basin.
• Digital Public Infrastructure (UPI–UZQR Integration): Commercial pact signed between NPCI International Payments Ltd (NIPL) and Uzbekistan’s National Interbank Processing Centre (HUMO) enabling Indian UPI apps to scan Uzbekistan’s national QR code (UZQR) for instant merchant payments.
• Joint Military Drills: Reaffirmed regular iterations of the bilateral Exercise Dustlik, the latest edition of which was conducted in the Namangan Region of Uzbekistan in April 2026.

Major Outcomes & Agreements of the State Visit:

• Upgraded Institutional Governance: Elevated the bilateral Joint Commission from the level of Secretaries to a Ministerial-level Coordination Council co-chaired by Foreign Ministers to oversee project execution.
• Critical Minerals & Energy Value Chains: Agreed on joint ventures for geological exploration, mining, and processing of critical and strategic minerals (such as lithium, copper, and rare earths).
• Defence Industrial Co-Production: Transitioned from pure buyer-seller military interactions toward joint research, co-development, and co-production of military hardware between Indian and Uzbek defence manufacturers.
• Pharmaceutical Hub via Tashkent Pharma Park: Expanded Indian investments in local drug manufacturing and clinical research inside the Tashkent Pharma Park Innovative Scientific and Industrial Pharmaceutical Cluster.
• Preserving Buddhist Cultural Heritage: Signed a Letter of Intent for the archaeological restoration, 3D digitization, and conservation of ancient Buddhist monastic sites at Fayaz Tepa and Karatepa in Termez along the ancient Silk Road.
• Support for Multilateral Candidatures: Uzbekistan reaffirmed its full support for India’s permanent membership in a reformed UN Security Council (UNSC), while India welcomed Uzbekistan’s prospective entry into the International Solar Alliance (ISA) and the International Big Cat Alliance (IBCA).

Key Challenges in Bilateral Cooperation:

• Absence of Direct Overland Transit: Pakistan’s refusal of land-transit access forces bilateral commerce through circuitous sea-land multimodal corridors via Iran’s Chabahar port, increasing freight costs and transit times.
• Non-Tariff Barriers & Customs Bottlenecks: Exporters face high regulatory hurdles, disparate phytosanitary certifications, and non-harmonized customs procedures across intermediate transit nations.
• Regional Instability from Afghanistan: Bordering Afghanistan, both nations face shared risks from cross-border terror outfits, radicalization, and expanding narcotics trafficking networks.
• Competition from Major Powers: China’s deeply entrenched infrastructure loans under the Belt and Road Initiative (BRI) and established Russian supply chains create competitive pressure for Indian private firms.

Way Ahead:

• Fast-Tracking the Preferential Trade Agreement (PTA): Conclude the bilateral PTA with clear tariff concessions on pharmaceuticals, engineering goods, automotive components, and agricultural produce.
• Integrating Chabahar Port with INSTC Routes: Expedite dedicated rail connectivity linking Chabahar’s Shahid Beheshti terminal with the Uzbekistan–Turkmenistan transit corridors to provide seamless multimodal logistics.
• Establishing a Bilateral Critical Minerals Taskforce: Operationalize joint ventures between Khanij Bidesh India Ltd (KABIL) and Uzbek geological agencies to secure mining concessions for battery and clean-energy supply chains.
• Deploying Dedicated Air Cargo Corridors: Set up regular, subsidized air-freight corridors between Delhi/Mumbai and Tashkent to facilitate rapid transport of high-value perishables, gems, and pharmaceuticals.
• Strengthening Regional Counter-Terror Coordination: Leverage the SCO’s Regional Anti-Terrorist Structure (RATS)—headquartered in Tashkent—to conduct joint cyber drills, dismantle terror-financing networks, and monitor security along the Afghan border.

Conclusion:

By combining vital uranium supplies, critical mineral exploration, and digital payments integration with joint counter-terrorism efforts, the partnership provides mutual strategic resilience. Overcoming physical connectivity barriers through the proactive development of INSTC and Chabahar corridors will remain essential to achieving the $5 billion trade milestone and securing long-term peace across Eurasia.

Context: The Supreme Court has agreed to consider setting up a dedicated Bench to hear the Centre’s plea seeking clarification on its landmark judgment in Union of India v. Rohith Nathan.

• The Centre submitted that retrospectively implementing the ruling on the income/wealth test would trigger an uncontrollable cascading effect across settled civil service batches since 2012.

About The OBC Creamy Layer & The Income Test:

What it is?

• The creamy layer doctrine—introduced in the landmark Indra Sawhney v. Union of India (1992) judgment—mandates the exclusion of socially and economically advanced members among OBCs so that reservation benefits reach the genuinely backward sections.
• Under the Department of Personnel and Training (DoPT) Office Memorandum (OM) of September 8, 1993, creamy layer status is determined through two distinct mechanisms:

1. Status-Based Test (Categories I–V): Applied to children of constitutional authorities, Group A/Class I and Group B/Class II officers, armed forces personnel, and PSU executives.
2. Income/Wealth Test (Category VI): Serves as a residual filter for individuals engaged in trade, business, or unclassified sectors whose gross family income exceeds the prescribed threshold (₹1 lakh in 1993, revised periodically to ₹8 lakh per annum since 2017) for three consecutive years.
   • Crucially, the 1993 OM specified that income from salaries and agricultural land must be excluded when calculating the income/wealth test limit.

What the Supreme Court Ruled in Rohith Nathan?

• Struck Down Paragraph 9 of the 2004 Letter: The Court held that an executive clarification issued in 2004 could not amend the binding 1993 OM by including salary income for PSU/private sector employees when post equivalence had not been established.
• Ended Hostile Discrimination: In government families, children of Group C/D employees were granted non-creamy layer (NCL) status regardless of salary, whereas PSU and private sector employees’ children were disqualified based solely on parental salary. The Court declared this a violation of Articles 14 and 16.
• Reaffirmed Income as a Residual Filter: Exclusion must be primarily status-based; salary alone cannot be used to exclude candidates without evaluating the nature or rank of the parents’ posts.
• Remedy of Supernumerary Posts: Directed the Union Government to create supernumerary posts within six months to accommodate aggrieved OBC candidates denied service allocations according to their merit ranks.

Why the Centre is Seeking Clarification & Concerns Raised?

• Administrative Chaos in Settled Services (2012–Present): Re-evaluating service allocations retrospectively from Civil Services Examination (CSE) 2012 onward affects cadre allocations, state cadres, and inter-se seniority across multiple batches.
• Impact Across All Categories: Readjusting ranks and allocations would alter merit lists and service rosters across General/Unreserved, EWS, SC, and ST categories.
• Litigation Avalanche: Since the ruling, 22 court judgments have applied the Rohith Nathan principle, and dozens of fresh petitions have been filed before the Central Administrative Tribunal (CAT) by past candidates seeking NCL reconsideration.
• The Intelligible Differentia Argument: The Centre argued that salary income can act as an intelligible differentiating factor between OBC families, warning that excluding salaries entirely could allow candidates whose parents earn up to ₹1 crore annually in private employment to claim NCL status.
• Immediate Disruption to CSE 2025: Over 950 recommended CSE 2025 candidates are scheduled to begin their Foundation Course; applying the judgment immediately could disrupt current allocations.

Way Forward:

• Constitution of a Clarification Bench: The Supreme Court will hear the Centre’s applications to decide whether the ruling applies strictly to the named petitioners, operates only prospectively, or requires systemic implementation across all pending claims.
• Formalizing Post Equivalence: The Central Government and the National Commission for Backward Classes (NCBC) must expedite establishing post equivalence between PSU/autonomous bodies and civil government scales (Group A, B, C, D) to eliminate arbitrary classifications.
• Comprehensive Review of the Creamy Layer Ceiling: With the ₹8 lakh threshold unchanged since 2017, the Ministry of Social Justice and Empowerment needs to rationalize the income ceiling in line with inflation and wage revisions.
• Prospective Policy Overhaul: Formulating a statutory, standardized rulebook for calculating gross income—specifically distinguishing operational salary from capital gains and commercial earnings—will prevent future legal ambiguities.

Conclusion:

However, balancing this constitutional principle of equality against the administrative disruptions of retrospective service adjustments presents a major governance challenge. The forthcoming Supreme Court clarification will determine whether the judgment is implemented prospectively, settled via supernumerary posts, or integrated into a comprehensive overhaul of OBC reservation rules.

Context: The Prime Minister of India was conferred the Oliy Darajali Do’stlik Order (Order of Highest Friendship) for his contribution to strengthening India–Uzbekistan friendship. It is Uzbekistan’s highest honour for foreign leaders.

About Oliy Darajali Do’stlik Order:

What It Is?

• The Oliy Darajali Do’stlik Order, meaning Order of Highest Friendship, is Uzbekistan’s highest honour conferred on foreign leaders for contributions to strengthening friendship and cooperation with Uzbekistan.

Nation Given By: Republic of Uzbekistan

Aim: To recognise distinguished contributions towards friendship, cooperation and closer relations between Uzbekistan and other countries.

Key Features:

• Highest Foreign Honour: It is Uzbekistan’s highest honour for foreign leaders.
• Friendship Recognition: Recognises contributions towards strengthening bilateral friendship and cooperation.
• Presidential Conferment: The honour was conferred by the President of Uzbekistan.

Significance:

• Highlights the deep-rooted historical and cultural links between India and Uzbekistan.
• Reflects the strengthening of the India–Uzbekistan Comprehensive Strategic Partnership.
• Reinforces cooperation between the two countries as Global South partners.

Relevance in UPSC Examination:

• GS Paper II: India–Uzbekistan relations, India–Central Asia relations, bilateral and regional groupings, Global South cooperation.
• GS Paper I: Historical and civilisational links between India and Central Asia.
• Essay: India’s cultural diplomacy, strategic partnerships and engagement with the Global South.

Context: The Department of Fertilizers has transitioned the Integrated Fertilizer Management System (iFMS) into a comprehensive, data-driven oversight platform by integrating it with state land records, Meri Fasal Mera Byora (MFMB), and the central AgriStack.

About The Integrated Fertilizer Management System (iFMS):

What It Is?

• The Integrated Fertilizer Management System (iFMS) is a national end-to-end digital tracking and enterprise resource platform. It monitors every stage of India’s fertilizer ecosystem—from domestic production and port imports to railway/road movement, district stock availability, Point of Sale (PoS) retail transactions to verified buyers, and direct-benefit-transfer (DBT) subsidy settlements.

Nodal Department: Department of Fertilizers, Ministry of Chemicals and Fertilizers, Government of India.

Aim: To ensure transparent and equitable fertiliser supply, prevent diversion, and enable verified DBT subsidy payments based on actual retail sales.

Key Features of iFMS:

• Massive Operational Scale: Connects over 14 crore identity-verified buyers and 2.5 lakh retail outlets, digitally tracking roughly 7 crore metric tonnes of fertilizer transactions and administering close to ₹2 lakh crore in annual central subsidies.
• Integration with AgriStack & Land Registries: Interlinks transaction records with farmer databases enabling landholding and crop-specific validation to assess realistic agricultural input requirements.
• Framework for Fertilizer Sale (FFS): Introduces a mobile app-based pre-booking mechanism where farmers generate a dynamic QR code against verified land allocations, which retailers scan at PoS machines to match requested quotas with actual purchases.
• Transit Visibility via Vehicle Location Tracking (VLTS): Combines goods-in-transit dispatch data with GPS-based vehicle location telemetry to monitor fertilizer trucks in real time, curbing route deviations, transit delays, and black-marketing.
• Paperless, Automated Subsidy Processing: Fully digitizes the billing pipeline via integration with PFMS and e-Bill, incorporating random audit algorithms and risk-based analytics to clear DBT subsidy claims without manual friction.

Significance:

• Linking sales with land records, GPS tracking and biometric PoS helps prevent subsidised urea diversion to industries and cross-border smuggling.
• Consumption data by crop, soil and area can identify excess nitrogen use and support balanced fertilisation and soil health.

Context: Study identified 219 hanging glaciers in Uttarakhand’s Alaknanda basin, warning that warming and permafrost thaw are increasing break-off risks, potentially triggering ice-rock avalanches and outburst floods.

About Hanging Glaciers:

What It Is?

• A hanging glacier is a glacier that originates high on a mountain wall or valley flank and terminates abruptly at the edge of a steep precipice or cliff face, rather than flowing down into a main valley floor. Its snout ends high above the valley trough, routinely shedding ice through calving, icefalls, and avalanches.

Global Distribution: Prominently found in high-relief alpine environments worldwide, including the European Alps, the Andes, the North American Rockies, and the Himalayas-Karakoram range.

Indian Context: Heavily concentrated along the steep, glaciated slopes of the Garhwal and Kumaon Himalayas (Uttarakhand), Himachal Pradesh, Ladakh, and Sikkim.

How It Forms?

• High-Altitude Cirque & Ledge Accumulation: Heavy snowfall accumulates in steep niches, high shelves, and cirques on upper mountain faces, compacting into firn and glacial ice under freezing conditions.
• Glacial Retreat and Truncation: During warmer periods, larger primary valley glaciers (trunk glaciers) melt, thin, and recede rapidly. The smaller tributary glaciers feeding into them from steep sidewalls become disconnected and left stranded high up on the mountain walls.
• Thermal Destabilization and Basal Melting: Accelerated climate warming elevates zero-degree isotherms. The permafrost and subglacial ice adhering the glacier to the steep bedrock bed thaw, creating basal meltwater that acts as a lubricant and converts stable ice masses into precarious, dynamically unstable hanging bodies.

Key Features of Hanging Glaciers:

• Extreme Basal Slope Gradient: Typically perched on steep bedrock slopes with inclinations, making them highly sensitive to gravitational shear stresses.
• Dynamic and Geometric Instability: Prone to sudden shifts in ice flow velocity—often changing by an order of magnitude over short periods—causing structural fractures, tension crevasses, and redistribution of ice mass.
• Elevated Cliff Terminus: The snout ends abruptly at a sharp break of slope or vertical drop without extending into a gentler ablation zone; mass loss occurs primarily via mechanical detachment rather than surface melting.
• Thermal Regime Sensitivity: Many hanging glaciers in the Himalayas are cold-based or polythermal. Rising ambient temperatures weaken this frozen bond, significantly raising catastrophic structural failure risks.
• High Break-Off Runout Potential: Due to immense gravitational potential energy, collapsing hanging ice masses can trigger avalanche walls exceeding 50 metres in height.

Significance:

• Hanging-glacier collapse can trigger ice-rock avalanches, GLOFs and LLOFs, as seen in the 2021 Chamoli disaster.
• Glacier failures threaten pilgrimage towns, Char Dham roads and hydropower projects, requiring basin-wide monitoring, early-warning systems and risk-based zoning.

Context: A controversy erupted after a ‘shuddhikaran’ (purification) ritual was held at a public ground following a Dalit leader’s speech. Allegations of untouchability renewed debate over the historical practice of shuddhi.

About The Shuddhi Practice:

What It Is?

• Shuddhi (literally meaning purification) was a socio-religious reconversion and reclamation ritual popularized in the late 19th and early 20th centuries by the Arya Samaj. Because classical Hinduism lacked a formal proselytization framework, shuddhi was devised as a ritual instrument to:

• Reconvert individuals and communities who had adopted Christianity or Islam back into the Hindu/Vedic fold.
• Cleanse untouchable castes (Depressed Classes) of perceived ritual pollution to integrate them as full Vedic Aryas.

Origin:

• Conceptual Roots: Emerged from the reformist teachings of Swami Dayanand Saraswati, who founded the Arya Samaj in 1875 advocating a return to pure Vedic principles.
• Mass Mobilizer: Speared into an organized, mass socio-political campaign by Swami Shraddhanand (Mahatma Munshiram) through the Jalandhar Arya Samaj in Punjab.

Historical Evolution:

• Early Individual Phase: Initially focused on readmitting individuals who had converted to Christianity or Islam back to Hinduism.
• 1900 Rahtia Controversy: The mass shuddhi of the Rahtias (an outcaste Sikh weaver community) involved head shaving (tonsure), sparking friction between the Arya Samaj and Sikh bodies.
• 1920s Mass Reclamations: The movement peaked with the mass reconversion of the Malkana Rajputs of Western UP—a community of Muslim converts who retained Hindu customs—uniting the Arya Samaj and orthodox Sanatan Dharma groups.
• Dalit Resistance & the Ad Dharm: While the Arya Samaj opened schools for depressed classes, many Dalits rejected the notion that they needed purification. Figures like Babu Mangu Ram led the breakaway Ad Dharm movement, asserting that Dalits were India’s original inhabitants (Adi) distinct from Aryans, and registered separately in the 1931 Census.
• Transition to Ghar Wapasi: As the Arya Samaj’s political reach waned, the concept was adapted post-independence by organizations like the Vanavasi Kalyan Ashram (founded in 1952) under the nomenclature of Ghar Wapasi (homecoming), focusing on tribal regions in central India.

Key Features of Shuddhi:

• Vedic Homa and Investiture: Relied on Vedic sacrificial fire ceremonies (hawan/homa), sacred mantra chanting, and conferring the sacred thread (Janeu), theoretically granting initiates access to Vedic study regardless of birth.
• Ritual Purification via Panchgavya: Required initiates to partake in Panchgavya (the five products of the cow: milk, curd, ghee, urine, and dung) as a symbolic cleanser to undo past ritual contamination.
• Dual Objective of Numerical Defense & Social Uplift: Aimed to arrest demographic decline by halting conversions while attempting to eliminate untouchability from within Hindu society.

Context: The Union government has notified the Legal Metrology (Indian Standard Time) Rules, 2026, mandating Indian Standard Time (IST) as the single reference for legal, administrative, commercial and official purposes.

• The Rules will come into force 180 days after publication in the Official Gazette.

About Legal Metrology (Indian Standard Time) Rules, 2026:

What It Is?

• The Rules establish IST as India’s uniform official time standard, ensuring that government, commercial and critical digital systems use a common, synchronised time reference.

Organisation:

• Nodal Ministry: Ministry of Consumer Affairs, Food and Public Distribution.
• Technical Institutions: CSIR–National Physical Laboratory (NPL), ISRO and Legal Metrology laboratories, along with other participating institutions.

Aim: To establish a secure, accurate and nationally synchronised time system, while reducing dependence on foreign satellite-based timing sources.

Need for Uniform IST:

• Digital Synchronisation: Banking, payments, telecom and computer networks require precise timestamps for reliable transactions and records.
• Critical Infrastructure: Power grids, railways, airports and emergency services require synchronised timing for safe operations.
• Strategic Autonomy: Dependence on foreign satellite timing sources creates vulnerabilities for critical national infrastructure.

Key Features:

• Single National Standard: Makes IST the mandatory reference for legal, administrative, commercial and other official purposes.
• 180-Day Transition: Provides organisations time to upgrade and synchronise existing systems.
• Indigenous Timing Sources: Enables NavIC and other approved Indian sources for secure time dissemination.
• White Rabbit Technology: Demonstrates high-precision IST transmission for banking, telecom, power, transport and digital governance.
• Domestic Timing Network: Builds dissemination infrastructure through Indian institutions and Legal Metrology laboratories, reducing reliance on foreign systems.

Significance:

• Accurate timestamps strengthen banking, digital payments, stock markets, telecom networks and government records.
• Synchronised time improves the reliability of power, transport, communication and emergency systems.
• Indigenous time dissemination using NavIC and domestic infrastructure strengthens strategic autonomy and cybersecurity.

Context: Study reported strong evidence of vacuum birefringence around magnetar 1E 1547.0−5408, where X-rays showed polarisation of up to 80%.

• The observation supports a long-standing prediction of Quantum Electrodynamics (QED) that empty space is not truly empty.

About Vacuum Birefringence:

What It Is?

• Vacuum birefringence is a macroscopic quantum phenomenon predicted by Quantum Electrodynamics (QED)—first formulated theoretically in the 1930s by Werner Heisenberg and Hans Heinrich Euler. It posits that under the influence of an ultra-strong external magnetic field, the quantum vacuum ceases to be empty and isotropic; instead, it behaves like a birefringent crystal (such as calcite), exhibiting two distinct refractive indices depending on the polarization state of light passing through it.

How It Forms?

• Vacuum Is Not Completely Empty: According to QED, empty space contains extremely short-lived virtual electron–positron pairs that continuously appear and disappear.
• Strong Magnetic Field Changes the Vacuum: Near a magnetar, the extremely powerful magnetic field influences these virtual particles, making the vacuum behave differently in different directions.
• Light Gets Polarised: When X-rays pass through this region, light oriented parallel and perpendicular to the magnetic field behaves differently, producing strong polarisation. Thus, the vacuum acts somewhat like a crystal affecting light.

Key Features:

• Needs Extreme Magnetic Fields: The effect becomes significant only in exceptionally strong magnetic fields, such as those around magnetars, far beyond what laboratories can produce.
• Strong Polarisation: The magnetic field forces X-rays into preferred polarisation directions, producing very high linear polarisation.
• Depends on X-ray Energy: The amount of polarisation changes with the energy of X-rays, providing an important signature of the phenomenon.
• Magnetars as Natural Laboratories: Magnetars possess some of the strongest magnetic fields in the universe, allowing scientists to test vacuum birefringence.
• Vacuum Resonance: At certain X-ray energies, the direction or degree of polarisation may suddenly change, providing another possible signature of the quantum effect.

Significance:

• Tests Quantum Electrodynamics: Provides a rare astrophysical test of QED under extreme magnetic fields inaccessible in laboratories.
• Reveals Nature of Vacuum: Supports the idea that vacuum is a dynamic quantum medium, rather than absolute emptiness.
• Improves Magnetar Studies: Polarisation can help map magnetic-field geometry and understand neutron stars.
• Advances Astrophysics: Further observations across magnetars and wavelengths could improve understanding of light propagation and extreme cosmic environments.

Context: Kyrgyzstan’s capital, Bishkek, is hosting the 26th Shanghai Cooperation Organisation (SCO) Summit, bringing together leaders from the member states—as the Eurasian bloc marks 25 years since its inception.

About Kyrgyzstan:

What It Is?

• Kyrgyzstan (officially the Kyrgyz Republic) is a mountainous, landlocked sovereign republic in Central Asia. Formerly a union republic of the Soviet Union (known as Kirgiziya), it declared independence on August 31, 1991.

Location: Heart of Central Asia, dominated by the Tien Shan mountain system.

Capital City: Bishkek, situated in the fertile Chu River valley in the north.

Bordering Nations: Kazakhstan, China, Tajikistan and Uzbekistan.

Key Geological & Relief Features:

• Dominated by the Tien Shan Orogenic System: Over 90% of Kyrgyzstan’s territory is mountainous, with its highest point at Victory Peak on the Chinese border, alongside the prominent pyramid-shaped Mount Khan-Tengri.
• Alpine Lacustrine Basin of Lake Issyk-Kul: Houses Lake Issyk-Kul (Ysyk-Köl), the world’s second-largest high-altitude alpine lake after Lake Titicaca.
• Glacio-Fluvial Drainage of the Naryn & Chu Rivers: Sustained by extensive glaciated headwaters; the Naryn River cuts across central Kyrgyzstan before feeding into the Fergana Valley to form the Syr Darya, while the Chu River marks parts of the northern boundary with Kazakhstan.
• Enclosed Lowland Basins & Extreme Relief Contrast: Flanked to the southwest by the rim of the fertile, densely populated Fergana Valley, and to the north by the Chu and Talas river valleys.

Significance of SCO Summit

• Regional Security: Strengthens cooperation against terrorism, extremism, separatism and cross-border threats through mechanisms such as SCO-RATS.
• Eurasian Connectivity: Promotes trade, transport corridors, energy cooperation and regional economic integration across Eurasia.
• Multipolar Cooperation: Provides a platform for major Eurasian powers to advance multilateralism, Global South interests and a multipolar world order.

Tags: Kyrgyzstan, Kyrgyz Republic, Kyrgyzstan Geography, Kyrgyzstan Map, Bishkek, Bishkek Kyrgyzstan, Central Asia, Central Asian Countries, Shanghai Cooperation Organisation, SCO, SCO Summit 2026, 26th SCO Summit, Bishkek SCO.