UPSC Current Affairs for 26 March 2026

Dissent: The Currency of Democracy

In a vibrant democracy, dissent is not a sign of weakness but a “safety valve” that prevents the buildup of systemic pressure. As Justice D.Y. Chandrachud famously remarked, “Dissent is the symbol of a vibrant democracy.”

Dissent: The Currency of Democracy

Dissent represents the active participation of the governed in the process of governance. It ensures that the “consent of the governed” is not a one-time electoral act but a continuous dialogue.

1.Check on Majoritarianism: Dissent ensures that the “tyranny of the majority” does not silence the legitimate concerns of the minority.

2.Policy Refinement: Robust criticism acts as a feedback loop, allowing the government to identify loopholes and unintended consequences in its legislation.

3.Social Progress: Historically, movements against Sati, untouchability, and for LGBTQ+ rights began as dissenting voices against the prevailing status quo.

4.Accountability: Dissenting voices—from activists to whistleblowers—expose corruption and administrative inertia, keeping the executive on its toes.

5.Pluralism: It fosters a culture of tolerance, where multiple “Indias” can coexist by debating their differences rather than suppressing them.

Legal and Constitutional Provisions

The right to dissent is not explicitly mentioned but is woven into the “Golden Triangle”(Articles 14, 19, and 21) of the Indian Constitution.

1. Article 19(1)(a): Guarantees Freedom of Speech and Expression, which the Supreme Court has interpreted to include the right to criticize government policies.
2. Article 19(1)(b): Ensures the Right to Assemble Peaceably and without arms,providing the physical space for collective dissent (protests).
3. Judicial Dissent: The Constitution allows judges to record dissenting opinions(e.g., Justice H.R. Khanna in ADM Jabalpur), which often serve as the basis for future legal corrections.
4. Article 19(1)(c): Provides the Right to form Associations/Unions, enabling organized dissent through NGOs, pressure groups, and political parties.
5. Shreya Singhal v. Union of India (2015): The SC struck down Section 66A of the IT Act, reinforcing that “advocacy” or “discussion” of a cause, no matter how unpopular, is protected until it incites violence.

At times Dissent may hurt Democracy

1. Conflict of Competing Rights (The Horizontal Challenge): Dissent often manifests as public protests, leading to a “Rights vs. Rights” scenario. While Article 19(1)(b) protects the right to assemble, it frequently clashes with the Right to Movement of the general public. E.g. As noted by the Supreme Court in the Shaheen Bagh Case(2020), “the right to protest cannot be exercised by occupying public ways indefinitely”.
2. Threat of “Veto Culture” and Policy Paralysis: Persistent dissent by localized interest groups can lead to “Veto-cracy,” where major projects—like the Kudankulam Nuclear Plant or Narmada Bachao Andolan—face years of delay.
3. Vulnerability to “Hybrid Warfare” and Subversion: In the era of Information Warfare, can sometimes be weaponized by external state or non-state actors to foment internal instability. When “protest” is hijacked by “toolkit” maneuvers, the State faces the critical challenge of distinguishing between a “conscientious objector” and a “national security threat.”
4. Semantic Erosion: Dissent vs. Disaffection: When the State fails to distinguish between disaffection toward the government (political criticism) and disaffection toward the State (sedition/secession), dissent is criminalized. Conversely, when dissenters use democratic platforms to incite communal disharmony or violence, they undermine the very Constitution that empowers them.
5. Erosion of Deliberative Space and Radicalization: In a polarize d digital ecosystem, dissent often hardens into inflexible radicalization.

Balancing Dissent and National Integrity

While dissent is vital, it is not absolute. A democracy must distinguish between “Disagreement” and “Destruction.”

1. Reasonable Restrictions (Article 19(2)): Dissent can be curtailed in the interest of the sovereignty and integrity of India, security of the State, public order, and decency.
2. The “Violence” Threshold: As per the Kedar Nath Singh v. State of Bihar (1962) ruling, dissent crosses the legal line only when it involves “incitement to violence” or “disorder.”
3. Rights of Others: In the Shaheen Bagh Case (2020), the Supreme Court ruled that while the right to protest is fundamental, it cannot be exercised by occupying public ways indefinitely, as it infringes on the “Right to Movement” of other citizens.
4. Institutional Channels: A mature democracy encourages dissent through Parliamentary Committees, Question Hour, and Judicial Review, rather than letting it spill exclusively onto the streets.
5. Distinguishing State from Government: Legal frameworks must ensure that “Disaffection toward the Government” (political criticism) is not equated with “Disaffection toward the State” (sedition/anti-national activity).

Dissent is the “currency” that buys a democracy its legitimacy. However, for this currency to hold value, it must be backed by the “gold standard” of Constitutional Morality—which demands that protestors remain peaceful and the State remains tolerant. A democracy that stifles dissent eventually loses its moral authority to govern.

India Raised it’s Clean Energy Ambition

India’s transition toward a green economy is not just an environmental necessity but a strategic economic imperative. As the world’s third-largest energy consumer, India has repositioned itself from a “follower” to a “trendsetter” in global climate action, particularly through the Panchamrit targets announced at COP26 and further solidified by 2026.

Recent Initiatives: From Ambition to Action

India has moved beyond policy advocacy to mission-mode implementation through several “first-of-its-kind” global initiatives:

1. National Green Hydrogen Mission (NGHM): With an outlay of nearly ₹20,000 crore,India aims to become a global hub for the production and export of Green Hydrogen. The target is to reach 5 MMT (Million Metric Tonnes) annual production by 2030, decarbonizing “hard-to-abate” sectors like steel and refineries.
2. PM-KUSUM & Solarization: Decentralizing solar power by helping farmers install solar pumps and grid-connected solar plants on barren lands. This transforms “Annadata” (food provider) into “Urjadata” (energy provider).
3. Global Biofuel Alliance (GBA): Launched during India’s G20 Presidency, this initiative (led by India, Brazil, and the USA) aims to double the global biofuel trade and accelerate the adoption of E20 (20% ethanol blending) by 2026.
4. Green Credit Programme (GCP): An innovative market-based mechanism
   introduced under the LiFE (Lifestyle for Environment) movement. It incentivizes voluntary environmental actions (like afforestation and water conservation) by individuals and industries through tradable “Green Credits.”
5. PLI Schemes for Clean Tech: The Production Linked Incentive (PLI) schemes for High-Efficiency Solar PV Modules and Advanced Chemistry Cell (ACC) Batteries are reducing India’s import dependency on China and building a domestic manufacturing ecosystem for EVs.

Challenges in the Transition: The “Green Hurdles”

The shift from a coal-dependent economy to a renewable-led one involves complex structural and financial barriers:

1. Intermittency and Grid Stability: Solar and wind energy are variable. As the share of renewables in the national grid increases, maintaining a stable frequency becomes difficult without massive investments in Battery Energy Storage Systems (BESS).
2. Critical Mineral Dependency: The “Green Transition” is mineral-intensive. India faces a shortage of Lithium, Cobalt, and Rare Earth Elements (REEs) required for EVs and turbines, often relying on fragile global supply chains dominated by a few countries.
3. Financing the Transition: According to estimates, India requires billions of dollars in annual investment to meet its 2030 targets. The high cost of capital and the lack of “Green Finance” at low interest rates remain significant bottlenecks.
4. The “Just Transition” Dilemma: Millions of livelihoods in the “Coal Belt”(Jharkhand, Odisha, Chhattisgarh) depend on the coal ecosystem. Phasing out coal too quickly without providing alternative employment could lead to socio-economic distress.
5. DISCOM Health: The financial stress of State Power Distribution Companies (DISCOMs) hinders their ability to sign new Power Purchase Agreements (PPAs) for renewable energy and upgrade local distribution infrastructure.

Strategic Management: The Way Forward

To navigate these challenges, India must adopt a multi-pronged strategy that balances growth with sustainability:

1. Diversified Energy Mix (Circular Economy): Instead of relying solely on Solar/Wind, India must push for Small Hydro, Nuclear power, and Bio-energy.This provides a stable “base load” while reducing the pressure on grid storage.
2. Mineral Diplomacy and Recycling: Securing “Critical Mineral Partnerships” (like with Australia and Chile) and launching a National Circular Economy Policy for recycling E-waste and batteries will reduce reliance on fresh mining.
3. Mobilizing Green Finance: Strengthening the domestic Sovereign Green Bond market and operationalizing the Social Stock Exchange to attract ESG (Environmental, Social, and Governance) funds from global investors.
4. Skill Development for “Just Transition”: Implementing massive re-skilling programs in coal-dependent regions to shift the workforce into the “Orange Economy”(creative/service sectors) or the new “Green Construction” and “Hydrogen
   Manufacturing” sectors.
5. Technological Self-Reliance (R&D): Moving from being an “assembler” to a “creator” of technology. Focusing on indigenous Sodium-ion batteries (as an alternative to Lithium) and high-efficiency electrolyzers will provide long-term cost advantages.

India’s climate leadership is defined by the principle of “Common but Differentiated Responsibilities” (CBDR). By achieving its NDC (Nationally Determined Contributions) targets ahead of schedule, India is proving that “Development” and “Decarbonization” can be two sides of the same coin. The success of this transition will depend on the synergy between State-led policy and Citizen-led movement (Jan Andolan).

Prelims Boosters

Jal Seva Aankalan

• The Jal Seva Aankalan (JSA) Framework is a critical recent addition to India’s rural water governance under the Jal Jeevan Mission (JJM).
• It represents a shift from “infrastructure creation”(laying pipes) to “service delivery” (ensuring water actually flows).
• Ministry: Launched by the Ministry of Jal Shakti.
• Purpose: A Gram Panchayat-led digital tool to assess the functionality of drinking water services.
• The framework evaluates five specific pillars of water service at the village level: o Regularity and Adequacy: 55 litres per capita per day (lpcd)o Water Quality: Does the water meet BIS 10500:2012 safety standards? o Operation & Maintenance (O&M): Efficiency of the local system’s upkeep.o Source Sustainability: Long-term availability of water o Institutional Arrangements: Performance of the Village Water and Sanitation Committee (VWSC/Pani Samiti).
• Community-Led: It is a self-assessment process, reducing reliance on third-party surveys.
• Findings are presented and endorsed in the Gram Sabha.
• Panchayat Secretary uploads the data digitally on the JJM-IMIS Dashboard.
• Transparency: Once uploaded, the data is publicly visible on platforms like eGramSwaraj and the Meri Panchayat App.
• Citizen Feedback: A 30-day window is provided for citizens to give feedback before the report is finalized.

City of Tyre

• Country: Southern Lebanon, on the Mediterranean coast.
• Physical Shift: Originally an island city, it was turned into a peninsula (isthmus) by Alexander the Great in 332 BCE during his seven-month siege.
• Harbors: Historically featured two ports—the Sidonian Harbor (North) and the Egyptian Harbor (South).
• Famous for the production of purple dye extracted from the Murex sea snail. The dye was so expensive it became a symbol of royalty.
• UNESCO World Heritage Status. Inscribed:1984
• Key Archaeological Sites: o Al-Bass Site: Contains a massive Roman Hippodrome (one of the largest in the world, once seating 20,000) and a monumental Triumphal Arch (Hadrian’s Arch). o Al-Mina Site: Located on the original island, featuring Roman baths, colonnaded streets, and a unique rectangular arena.
• Current Threat (2024–2026): UNESCO and ICOMOS have expressed grave concern over the site’s integrity due to nearby airstrikes and regional instability.

Proálcool Programme

• The Proálcool Programme (National Alcohol Programme) is a landmark initiative of Brazil, often cited as the world’s most successful biofuel strategy.
• Launch Year: 1975 (under the military government of Ernesto Geisel).
• Triggered by the 1973 Global Oil Shock, which made oil imports prohibitively expensive.
• Primary Goal: To reduce national dependence on imported fossil fuels by substituting gasoline with sugarcane-derived ethanol.
• Secondary Goal: To stabilize the domestic sugar industry during periods of low global sugar prices.
• Key Features:
• 1. Mandatory Ethanol Blending: Petrol mandated to contain ethanol (initially ~11%, later increased to ~30%), ensuring steady demand for biofuels.
• 2. Flex-Fuel Vehicle Ecosystem: Introduction of vehicles capable of running on
  both petrol-ethanol blends and 100% ethanol using sensor-based technology.
• 3.Dual Fuel Infrastructure: Fuel stations equipped with separate pumps for blended petrol and pure ethanol, allowing consumer choice based on price.

Biologics

• Definition: Large, complex molecules derived from living organisms (mammalian cells, bacteria, yeast, or plant cells) rather than being chemically synthesized.
• Nature: They are often proteins (e.g., insulin, antibodies) or nucleic acids
  (DNA/RNA).
• Sensitivity: Extremely sensitive to heat and shear; they require a strict cold chain
  and sterile manufacturing environments.
• Production Procedure
  1. Host Cell Selection: Scientists select
  living cells (bacteria, yeast, or mammalian cells) to act as factories.
  2. Genetic Engineering: The specific DNA sequence for the desired protein is inserted into these cells.
  3. Large-Scale Culture: The cells are grown in massive bioreactors under strictly controlled conditions.
  4. Purification: The protein is extracted and purified from the cell culture to
  ensure it is free from contaminants.
  5. Batch Testing: Because they are grown rather than made, every single batch must undergo extensive testing to ensure consistency and safety.
• Key Features:
  1. Molecular Complexity: They are significantly larger and more structurally
  complex than chemically synthesized drugs.
  2. Living Sources: Derived from living systems such as microorganisms, plant cells, or animal/human cells and plasma.
  3. High Specificity: They bind to specific cell receptors, which allows for precision medicine with fewer off-target effects.
  4.Sensitivity: Extremely sensitive to environmental factors like temperature and light; they usually require a cold chain for storage.
  5. Immunogenicity: Because they are proteins, they have the potential to trigger an immune response in the human body, requiring rigorous safety monitoring.
• The Union Budget 2026 announced the Biopharma SHAKTI strategy to boost domestic production of biologics and biosimilars, alongside a shift toward non-animal testing models.

Vayu Baan Project

• The Indian Air Force (IAF) has initiated Vayu Baan, India’s first helicopter-launched autonomous drone system.
• Mechanism: Small, indigenous drones are
  dropped from a moving helicopter mid-flight.Once released, they unfold their wings, activate propulsion, and fly independently.
• Purpose: To provide stand-off capability. This allows helicopters (the “mother ship”) to identify and strike enemy targets from a safe distance (over 50 km), staying outside the range of enemy surface-to-air missiles or MANPADS.
• Launched By: The project is being led by the IAF’s Directorate of Aerospace Design.
• Key Features:
  1. Extended Range: Capable of flying over 50 km after being dropped, significantly extending the reach of the mother ship.
  2. Dual-Role Capability: Equipped for both high-definition ISR (Intelligence,
  Surveillance, and Reconnaissance) and precision strikes using an onboard warhead.
  3. Autonomous Navigation: Features advanced flight control systems for
  autonomous waypoint navigation and target tracking.
  4. GNSS-Denied Operation: Specifically designed to function effectively even in electronic warfare environments where GPS signals are jammed or disabled.
  5. Advanced Sensors: Integrated with electro-optical and infrared (EO/IR) sensors for clear day and night operations.
  6. Endurance: Provides approximately 30 minutes of loitering time to scout for targets or wait for the optimal strike window.

Prelims MCQ

Q1. Consider the following statements regarding the Jal Seva Aankalan (JSA)
Framework:

1. It marks a strategic shift under the Jal Jeevan Mission from purely infrastructure
   creation to a service-delivery-based assessment of water functionality.
2. The framework relies primarily on independent third-party audits to ensure data
   integrity and reduce the administrative burden on Gram Panchayats.
3. Under this framework, the Village Water and Sanitation Committee (VWSC) assesses
   service delivery based on multiple parameters.
   How many of the statements given above are correct?
   A. Only one
   B. Only two
   C. All three
   D. None

Q2. Consider the following statements regarding the ‘Vayu Baan’ Project:

1. It is an indigenous initiative of the Indian Air Force (IAF) to deploy helicopter
   launched autonomous drones for stand-off strikes.
2. The system is specifically engineered to operate in GNSS-denied (Global Navigation
   Satellite System) environments to counter electronic warfare.
3. Unlike loitering munitions, these drones are restricted to Intelligence, Surveillance,
   and Reconnaissance (ISR) roles and lack a kinetic strike capability.
   How many of the statements given above are correct?
   A. Only one
   B. Only two
   C. All three
   D. None

Q3. Consider the following statements regarding the ancient city of Tyre:

1. Originally an island city off the coast of modern-day Lebanon, it was transformed into
   a peninsula during a siege by Alexander the Great.
2. The city was world-renowned in antiquity for the production of a rare purple dye
   extracted from Murex sea snails, which became a global symbol of royalty.
3. The Al-Bass archaeological site within the city is home to one of the world’s largest
   Roman Hippodromes and a monumental Triumphal Arch.
   How many of the statements given above are correct?
   A. Only one
   B. Only two
   C. All three
   D. None

Q4. Consider the following statements regarding the Proálcool Programme:

1. Launched in 1975 by Brazil, it was primarily a response to the 1973 Global Oil Shock
   to reduce dependence on expensive imported fossil fuels.
2. The programme utilizes corn as the primary feedstock for ethanol production,
   mirroring the biofuel model followed by the United States.
3. A key pillar of the programme’s success is the Flex-Fuel Vehicle (FFV) ecosystem,
   which allows engines to run on any proportion of gasoline and ethanol.
   How many of the statements given above are correct?
   A. Only one
   B. Only two
   C. All three
   D. None

Q5. Consider the following statements regarding ‘Biologics’ in the context of the
pharmaceutical sector:

1. Unlike traditional drugs which are chemically synthesized, biologics are large,
   complex molecules derived from living systems such as microorganisms, plant, or
   animal cells.
2. Due to their protein-based nature, biologics are highly stable at room temperature and
   do not require the specialized cold chain infrastructure typically needed for small
   molecule drugs.
   Which of the statements given above is/are correct?
   A. 1 only
   B. 2 only
   C. Both 1 and 2
   D. Neither 1 nor 2