Context

The Supreme Court (July 14) agreed to consider framing a Standard Operating Procedure (SOP) to allow citizens to knock on the doors of the courts at any time — day or night — in cases affecting life and liberty, including illegal demolitions, deportations, custodial violence and other state actions. A petition argued that constitutional remedies must be accessible at all times.

Background & Key Facts

• The Bench: A three-judge Bench headed by Chief Justice of India Surya Kant heard a petition filed by advocate Maheravish Rein, who said the courts cannot afford to shut especially against the background of credible reports of late-night arrests, early-morning demolition drives, and deportation or executive actions undertaken during weekends or holidays.
• Core argument: "The absence of a structured and institutionalised mechanism ensuring continuous judicial accessibility may result in irreversible consequences" — the protection of the courts cannot be merely notional.
• CJI's caution: "Maybe the response from the court should come within an hour of an urgent mention" — an SOP could reduce the "response time" to urgent requests for justice.
• Solicitor-General's view: Tushar Mehta said preparation of an SOP should be undertaken by the top court on its administrative side rather than judicial side.
• Constitutional basis: The Bench noted that state action cannot fall silent at night, nor can it be able to approach constitutional courts; the "protection of the liberty of citizens cannot remain dependent upon the temporal boundaries of court schedules". Constitutional remedies (Article 32) are themselves a fundamental right.
• Practical hurdles: A "graded approach" to access to justice was suggested; the Court pointed out that courts never "close up" when there is digital access — technological capabilities have not yet been integrated into a uniform institutional framework enabling emergency judicial access for urgent constitutional matters outside regular court hours.

Context

India summoned the Iranian envoy after an Iranian missile attack in the Strait of Hormuz on July 14 killed an Indian sailor and injured several others, as the U.S. struck Iranian coastal-defence, missile and drone sites and Tehran retaliated across West Asia. India lodged a "strong protest".

Background & Key Facts

• The attack: Ships MT Al Bahiyah and MT Mombasa, carrying around 30 Indian seafarers among a total crew of 46, came under attack from the Iranian side while transiting the strait. One Indian was killed and one injured aboard Al Bahiyah. The UAE has confirmed 12 Indian crew members on board the two vessels.
• India's protest: External Affairs Ministry spokesperson Randhir Jaiswal said India conveyed "deep concern" over the incident and called for "safe and unimpeded navigation and passage through the Strait of Hormuz", condemning attacks and acts of violence targeting international shipping.
• U.S. strikes: CENTCOM said it hit several areas in Iran targeting "coastal defence systems, missile and drone sites and maritime capabilities", after Trump moved to reinstate an American blockade and charge ships for safe passage through Hormuz. Three tankers were struck.
• Trump backs down: Trump backed down over a proposed 20% levy on ships transiting the Strait of Hormuz after Gulf states protested; he had declared the U.S. would be "THE GUARDIAN OF THE HORMUZ STRAIT" and be "paid" to guard it. He replaced the fee with trade deals with Gulf allies.
• Seafarer safety tracker: The Union Ministry of Ports, Shipping and Waterways (Minister Sarbananda Sonowal) ordered a comprehensive "Seafarer-First" response — a real-time vessel-by-vessel monitoring dashboard tracking Indian crew operating in the conflict-hit Strait of Hormuz and Gulf of Oman, and the appointment of dedicated liaison officers for every affected Indian sailor.
• Seafarer's account: A seafarer aboard a Very Large Crude Carrier (VLCC) described "immense pressure" from the company to move on, "psychological warfare", and the ordeal of navigating a tanker under threat — with limited ports for a VLCC to shelter and no coercion to move.

Context

A Special NIA Court in Jammu issued a non-bailable warrant against Hafiz Saeed, the Pakistan-based chief of the proscribed Lashkar-e-Taiba (LeT), in connection with the investigation into the Pahalgam terror attack. Since Saeed is unlikely to appear before an Indian court, the agency is expected to seek a trial in absentia under Section 356 of the Bharatiya Nagarik Suraksha Sanhita (BNSS).

Background & Key Facts

• What it is: A trial in absentia is a criminal trial conducted in the absence of the accused. Section 356 of the BNSS provides that if a person declared a proclaimed offender has absconded to evade trial and there is no immediate prospect of arrest, the court may treat the accused's absence as a waiver of the right to be present.
• Whom it applies to: Only a "proclaimed offender" as defined under Section 84 of the BNSS. Under Section 84(4), a proclamation may be issued against a person accused of an offence punishable with imprisonment of 10 years or more, life imprisonment, or death.
• Under the old CrPC: Section 82 (proclamation) and Section 83 (attachment of property of an absconding accused); Section 299 allowed the judge/magistrate to record evidence in the absence of an accused in certain specific cases — but none of these allowed full-fledged trials in absentia, so trials often remained pending for years.
• Procedural safeguards (Sec 356): Two consecutive warrants of arrest within an interval of at least 30 days; a notice must be published in a local newspaper; the accused must be given 30 days to appear before the court; the notice must be displayed at the accused's last-known place of residence, and a relative or friend must be informed.
• Timeline: The trial cannot commence until 90 days from the date of framing of charges. If the accused has no legal representation, the court must appoint a defence lawyer at the State's expense to safeguard the right to a fair trial.
• If the accused appears later: The court may allow cross-examination of witnesses in the interest of justice; witness testimony can also be recorded through audiovisual means, preserved for future review to ensure transparency, accuracy and the integrity of the trial process.
• Charges against Saeed: Under provisions of the Bharatiya Nyaya Sanhita (BNS), 2023, and the Unlawful Activities (Prevention) Act, 1967 — for waging war against India and hatching a conspiracy "from across the border".

Context

The India–U.K. Comprehensive Economic and Trade Agreement (CETA) and the Double Contribution Convention (DCC) came into force on July 15, described by Commerce Secretary Rajesh Agrawal as one of the "most ambitious and aspirational free trade agreements" signed by India, and the first of its kind for the country.

Background & Key Facts

• Terms of trade: Under the CETA, the U.K. will immediately eliminate tariffs on 96.9% of its tariff lines, accounting for 97.7% of the trade value. India will immediately eliminate tariffs on 30.3% of the trade value, with 47% more seeing tariffs eliminated in a phased manner.
• India's protected sensitive sectors: Dairy, cereals, pulses, vegetables, gold and jewellery, smartphones, and critical polymers were kept out of concessions.
• DCC benefit: Indian workers and their employers from paying social-security contributions in the U.K. for 5 years if contributions are being made in India — avoiding double payment.
• Structure: The agreement provides a strong platform to unlock even greater collaboration in financial and professional services, finance, sustainable infrastructure investment, and the City of London.
• Multi-sectoral impact: It will benefit farmers, fisherfolk, workers and women entrepreneurs. Of the 30 chapters, 6 extend beyond conventional tariff liberalisation to cover digital trade, government procurement, SMEs, innovation, labour, environment and gender.
• Sanitary/TBT safeguards: The deal addresses non-tariff barriers as well, so that issues like Sanitary and Phytosanitary Measures (SPS) and Technical Barriers to Trade (TBT) "do not become an unjustified trade restriction for our businesses in the future".

Context

The Government of India issued a notification banning the import of goods manufactured using forced labour — a significant step towards cleaning the path towards the signing of an interim trade agreement with the U.S., which is currently in the process of an investigation into whether India's imports involve forced labour.

Background & Key Facts

• The notification: Says the government may, "from time to time, specify the goods whose import shall be prohibited" — issued under the draft Handbook of Procedures.
• The U.S. probe: The U.S. found that India, along with 383 other countries, "failed to impose and effectively enforce prohibitions on the import of goods produced using forced labour". As such, it proposed a tariff of 12.5% on imports from these countries.
• Scale of the problem: According to Commerce Secretary Rajesh Agrawal, the impact of goods produced or manufactured, wholly or in part, through the use of forced labour is prohibited. About 75,000 Indian workers and over 900 employers are affected (with inputs from Sriram Lakshman in London).
• The ILO context: According to Manoj Mishra, Partner and Tax Controversy Management Leader, Grant Thornton Bharat, the introduction of a prohibition on imports of goods produced through forced labour marks a significant policy shift in its trade framework — "While India has so far relied largely on labour and criminal laws to address forced labour domestically, the Foreign Trade Policy now incorporates a dedicated trade measure aligned with international standards under the ILO Forced Labour Convention, 1930 (No. 29)."
• Enforcement: The Directorate General of Foreign Trade (DGFT) will sign a deal only once it is established that it will receive a comparative advantage over its competitors.

Context

India's imports from China in the first half of 2026 hit a record $79.41 billion, according to data released by China's General Administration of Customs — with two-way bilateral trade up to $91.72 billion after six months, a 23.6% rise from last year, on track to surpass the record $155.62 billion figure from 2025.

Background & Key Facts

• Two-way trade: Up to $91.72 billion after six months; on track to surpass 2025's record $155.62 billion.
• Trade deficit: India's exports to China reached just $12.31 billion in the first half. The overall trade deficit in the month of June 2026 rose over fourfold year-on-year to $15.3 billion — driven by a fall in exports and a rise in imports.
• Composition concern: India's Ambassador to China, Vikram Misri, said India is concerned by the "quantum of trade deficit" and by "the nature of the basket of goods" — "Obviously, we would like to be able to export more to China. This is nothing unreasonable about suggesting that."
• Import basket: Indian officials are less concerned by the quantum of the trade deficit with China by the nature of the basket of goods — imports are largely intermediates and capital goods needed for Indian manufacturing (organic chemicals, electronics, pharmaceuticals), and not large quantities of finished goods.
• Structural cause: "In other words, it would be easier to consider that the trade wouldn't be exactly 50-50 balanced, but one side would be able to export more of goods that it can export more, provided that exports consist of goods that we can all add value." The problem is that it becomes a little harder to sell as a reasonable mechanism for the deficit.

Context

The Supreme Court (July 14) questioned the categorising of English as a "non-native language" by the CBSE in its three-language scheme, teaming the tongue spoken in India for over 300 years and used for official communication in at least five States with those such as German, Spanish, Arabic and French.

Background & Key Facts

• The question: "Can English be considered as an indigenous Indian language," Justice Joymalya Bagchi asked, "What does the word 'native' mean? Can it be understood as indigenous Indian language?" The judge questioned the use of the "colonially loaded term 'native'" in the CBSE circular.
• The circular: The latest circular issued by the CBSE on July 15 differentiates between "Bharatiya Bhashas" such as Hindi, Sanskrit, Tamil, Telugu, Punjabi, and so on from the "non-native" languages. The three-language scheme, which is under dispute, requires Class 9 students to study at least two languages "native to India".
• Constitutional goal: Justice Bagchi, however, said the push for the three-language scheme may be in the spirit of the constitutional goal to use Indian languages for official purposes; petitioners point to human resource crunch.
• Human-resource crunch: Senior advocate Mukul Rohatgi (for parents and students) said the scheme would create a wide gap: "Which teacher can teach 22 languages?" It has been suggested that schools may, as an interim measure, engage 25-26 existing teachers with functional proficiency, retired teachers and suitably qualified postgraduates.
• CBSE's affidavit: 99.9% of schools already have the required teaching resources to build full teaching capacity in different Bharatiya Bhashas; 47.3% already offer two or more native Indian languages and were fully compliant without the need for any additional teachers. But the Board said 28,848 schools sponsoring Class 9 candidates were originally meant for 2030, but was advanced to 2026-27.
• NCERT's stand: In a separate affidavit, the National Council of Educational Research and Training (NCERT) said it would undertake the preparation, review, vetting, finalisation and dissemination of textbooks in 22 Scheduled languages as part of the implementation of the three-language formula.

Context

Gaganyaan is India's maiden crewed space mission, designed to carry Indian astronauts to space and safely return them back to earth. This Text & Context explainer examines what happens to the crew module (CM) and service module during descent, and why the module's shape is critical to survival.

Background & Key Facts

• The OM: The rocket — Human-rated Launch Vehicle Mark 3 (HLVM3) — will inject the orbital module (OM) into the desired orbit. The OM consists of two sections: the crew module (where astronauts live) and the service module, which provides on-orbit support to the CM.
• Descent sequence: After the orbital phase, the service module will separate from the crew module by severing the joint with a redundant mechanism. While both modules descend to earth, the crew module — designed to survive the intense thermo-structural loads of re-entry — will decelerate by aero-braking and safely splash down in sea. Meanwhile, the service module will burn up.
• Three configurations: Some crewed spacecraft, such as Russia's Soyuz and China's Shenzhou, use a three-module configuration. The third module provides extra living and working space for the crew while in orbit. It also houses the docking mechanism, cargo, and basic life-support facilities, including the toilet. Like the service module, this third module will also separate during descent and be destroyed during re-entry.
• Which shape is best?: The crew-module design must balance several critical objectives, including maximising the internal volume, managing the aerodynamic lift and drag generated during atmospheric flight, be as easy as possible to fabricate, maintain aerodynamic and hydrodynamic stability, and stabilise the module dynamically at low speeds.
• Why not a sphere?: A spherical configuration offers the highest possible internal volume with the lowest structural mass. This is because a sphere has minimum surface area for a given volume. The design closest to a sphere was the Soviet Union's Vostok module, in which Yuri Gagarin made the historic first trip to space. However, because a perfect sphere creates no aerodynamic lift, it falls straight down through the atmosphere, like a dropped stone. This subjects the crew to painfully high g-forces.
• The sphere-cone: Consequently, a sphere-cone combination is the preferred configuration for a re-entering body. Its blunt base generates a detached shockwave that pushes intense frictional heat away from the spacecraft, while its conical body provides the aerodynamic stability and lift necessary for a controlled, survivable descent. The Gaganyaan crew module has a sphere-cone configuration.
• Mono-stability: Aerodynamic and hydrodynamic mono-stabilities are highly preferred features for a re-entering body. A module is aerodynamically monostable if it maintains only one stable attitude while flying through the atmosphere — like a shuttle cock. Similarly, hydrodynamic mono-stability ensures the module will self-right itself and float in a single, stable orientation after splashdown.
• Dynamic instability: A critical condition experienced by a re-entering module, resulting in rapidly growing and uncontrolled oscillations as it decelerates through the atmosphere. Just like a traditional kite without a tail wobbles and spins wildly out of control because it lacks stability, the crew module can experience dangerous, self-growing swings if it isn't controlled. The undesired attitude is managed by firing control thrusters during flight through the atmosphere and by deploying a gas-based up-righting system upon splashdown in sea.

Context

Researchers at the Max Planck Institute for Marine Microbiology in Germany reported a remarkable observation: they visually tracked an RNA molecule, called an intron, as it jumped from one organism into another — the first direct visual evidence of horizontal gene transfer across species without a courier (such as a virus).

Background & Key Facts

• Jumping genes: Since scientists discovered jumping genes in maize in 1950, they have known that bits of DNA can move around the genome, mostly within the cell nucleus. Technically called transposable elements, they are responsible for the spread of antibiotic resistance and the development of several cancers.
• The organisms: The team focused on two members of a highly diverse microbial community. One is a methane-producing archaeon, Methanothrix soehngenii; the other is a bacterium so small that it is called an ultramicrobacterium — named Velamenicoccus archaeovorus — which is a predator: it attaches to the surface of the archaeon, breaks apart its cell membrane, and kills it.
• Two domains of life: Like bacteria, archaea are another domain of life, and are also microscopic. Microbes of both these domains lack a true nucleus; instead, their nucleus lies in the cytoplasm itself.
• The intron: All life forms have ribosomes with RNAs called ribosomal RNAs (rRNA). Each species has a unique sequence of bases that can be used to identify the species. In the ultramicrobacterium, one type of rRNA (called 23S) is initially made as a precursor — like a rough draft — where the cell has to edit further. This editing takes the form of losing a particular sequence of bases called the intron. Essentially, the intron is cut out of the precursor.
• Special properties: The intron itself is a special kind of RNA molecule with two unique roles: it cuts itself out of the precursor rRNA and joins its own ends up to acquire a circular structure — and it contains information that can allow it to 'jump'.
• Tracking by eye: The team tracked the RNA visually using a probe with a pair of special features: it was designed to home in on the intron (based on its sequence) and latch on to it; and the probe was attached to a fluorescent label — a chemical compound that glows when seen through a fluorescence microscope. The probe glows yellow in dead cells and green in live cells.
• The finding: The team detected the intron in Methanothrix soehngenii cells — specifically, there was a faint yellow glow in the filamentous structures. Clearly, the intron RNA had exited the predator cell and entered the prey cells. The ultramicrobacterium's genome also encodes an enzyme that could have helped the intron insert itself into foreign DNA.
• Why it survives: RNA molecules are famously unstable, so how did the intron survive this jump? The researchers proposed that the intron's self-circularisation could be the reason — the circular shape of the RNA molecule allows it to resist being degraded by a cell's enzymes.
• Applications: Scientists are studying circular RNA molecules, like the one derived from the jumping intron, as next-generation vaccine platforms. Understanding jumping genes can thus have profound implications for medicine.

Context

This editorial argues that India–U.S. defence cooperation has acquired an unresolved duality: a strategic circle for generating ambitious formal announcements that fail to translate into industrial outcomes — a "technology divide" that keeps meaningful defence-technology collaboration eluding the two countries.

Background & Key Facts

• Scale of the relationship: Since 2002, India has acquired over $22 billion worth of U.S. defence equipment, including Apache and Chinook helicopters, C-17 and C-130J transport aircraft, P-8I maritime patrol aircraft, and M777 howitzers. While the U.S. has become a major defence supplier, meaningful co-production and technology transfer remain elusive.
• The GE engine case: The recent impasse over General Electric's (GE) F414 fighter engine, once hailed as the centrepiece of bilateral defence cooperation, is merely the latest — and arguably the most significant — illustration of the gap between political declarations and industrial outcomes. The estimated cost of each F414 engine has reportedly nearly tripled, rising from around ₹70 crore to over ₹200 crore. GE has also sought an Indian investment of around $800 million (₹7,576 crore) to establish a dedicated production line.
• The dispute: Disagreements over technology transfer, intellectual property and export controls have further complicated negotiations. Hindustan Aeronautics Limited (HAL) is negotiating procurement and licensed manufacture of the F414 for the Tejas Mk-II, while the Defence Research and Development Organisation (DRDO) and the Aeronautical Development Agency (ADA) are separately engaging GE over the same engine for the proposed Advanced Medium Combat Aircraft (AMCA) and the Twin-Engine Deck-Based Fighter (TEDBF). The result is a web of interlinked negotiations proving Navy's Twin-Engine Deck-Based Fighter. The F414 programme was unveiled during PM Modi's 2023 Washington visit as the flagship achievement of the Initiative on Critical and Emerging Technologies (iCET), intended to symbolise a shift from a buyer-seller relationship towards genuine defence-industrial collaboration.
• Vision to stagnation: The first serious attempt to institutionalise defence cooperation came in 2012 with the Defence Technology and Trade Initiative (DTTI). Conceived to promote co-development and co-production, it generated years of meetings but delivered no significant military capability before fading into irrelevance. Its successor, iCET (2022), expanded the agenda to semiconductors, AI, quantum technologies, telecommunications, space, biotechnology, drones and resilient supply chains. Among its principal defence initiatives was the GE F414 programme, now unresolved.
• INDUS-X: The India-United States Defence Acceleration Ecosystem (INDUS-X), launched in 2023 to link defence start-ups, academia and industry, likewise generated enthusiasm but has yet to produce noteworthy co-development outcomes.
• The technology divide: At the heart of this disconnect lie fundamentally different philosophies underpinning the two countries' defence sectors. India views defence partnerships as a means of acquiring advanced technologies, strengthening indigenous manufacturing, and reducing dependence on imported matériel. The U.S., by contrast, regards advanced defence technologies as strategic assets governed by stringent export-control regulations, particularly the International Traffic in Arms Regulations (ITAR), under which the release of technical data and manufacturing know-how remains subordinate to broader security considerations.
• Structural tension: The unresolved F414 negotiations illustrate this divide. India has sought manufacturing expertise and technology transfer to build long-term domestic capability, while the U.S. remains constrained by export-control regimes regardless of Washington's broader strategic objectives. The consequence is a defence relationship that has matured as a procurement partnership but far less as a mechanism for transferring capability and strengthening India's atmanirbharta.
• Structural asymmetry: Even India's 2024 acquisition of 31 MQ-9B SkyGuardian and SeaGuardian remotely piloted aircraft from General Atomics through the U.S. government's Foreign Military Sales route for around $3.5 billion has resembled a purchase rather than the industrial collaboration originally envisaged. Its promised package — including local assembly, partial manufacture and a domestic maintenance, repair and overhaul ecosystem — has yet to materialise. The U.S. believes that the RDPA could reshape bilateral defence trade by granting reciprocal access to each other's procurement markets. Yet, that reciprocity could expose India's still-nascent defence manufacturers to direct competition with America's larger, wealthier and technologically more advanced defence giants.

Context

The Centre released the draft National Health Research Policy, 2026, which seeks to align the country's scientific research more closely with its disease burden and public health priorities — proposing a wide-ranging restructuring of India's health research ecosystem with a sharper focus on indigenous innovation, evidence-based policymaking, and measurable outcomes.

Background & Key Facts

• Why now: It is the first attempt at a unified national framework spanning biomedical science, clinical medicine, public health, epidemiology, digital health, health systems, behavioural sciences, and emerging technologies. The Ministry has invited stakeholder feedback before the policy is finalised.
• Aims: To address long-standing problems, including fragmented research efforts, wide regional disparities in research capacity, and the slow translation of scientific findings into actual healthcare delivery and policy.
• Three-tier structure: The draft also lays out a three-tier governance structure: a National Health Research Stewardship Committee for overall strategic coordination, the Department of Health Research as the nodal implementing agency, and the ICMR as the scientific arm.
• Research priorities: It notes, do not always track the country's real disease burden, and health priorities, proposing a wide-ranging restructuring of India's health research ecosystem, evidence-based policymaking, and measurable outcomes. Administrative and regulatory delays, it adds, continue to slow down research even when funding is not the constraint.
• States' role: Among the key proposals is a system for periodically identifying priority research areas, based on disease burden, scientific opportunity, equity, pandemic preparedness and strategic national interest — an agenda to be drawn up in consultation with States, Union Territories, researchers, health professionals, patients and community representatives.
• Ethics: Research integrity, data governance, cybersecurity and community participation have been placed at the core of this framework. Long-term national targets have also been proposed for research investment, medical-college patents, publications and patents.
• Existing base: While India has built considerable scientific capability through institutions such as the Indian Council of Medical Research (ICMR), universities, medical colleges and other research bodies, the policy points out that this capability remains concentrated in a handful of institutions and States.

Context

The inaugural Index of Services Production (ISP) showed 14 of the 19 sub-sectors grew in double digits in April 2026; separately, Wholesale Price Index (WPI) inflation rose to 9.87% in June, from 9.68% in May, led by a sharp spike in prices of non-food and food products.

Background & Key Facts

• What the ISP is: The ISP is meant to be the services-sector counterpart to the Index of Industrial Production (IIP). While the ISP is released on the 28th of every month unless it is a weekend or holiday, the IIP will be released on the 29th henceforth. The ISP represents an important milestone in strengthening India's statistical system and improving the measurement of the services sector — which accounts for more than half of the country's economic activity.
• Coverage: The 19 sub-sectors measured cover 60% of India's services sector. The best-performing sectors in April 2026 included accommodation and food, retail trade, administrative and support services, and real estate.
• Growth data: As many as 14 of the 19 sub-sectors in the trial and an inaugural release of the government's new Index of Services Production (ISP) witnessed double-digit growth in April 2026. "Considering the year-on-year growth in April 2026 over that in April 2025, the 19 services sector growth is at 20.8%," said D.K. Srivastava, chief policy advisor at EY India.
• Base data: The base year of the trial ISPs has been set as 2024-25, and the index sources its data from several areas, including administrative data, Goods and Services Tax data, and the Annual Survey of Incorporated Services Sector Enterprises (ASISSE) data.
• WPI details: WPI inflation was 9.68% in May, from 9.68% in May, led by a sharp spike in prices of non-food and food products. The latest wholesale price index (WPI) inflation data is based on the 2022-23 base year. As per the data, food inflation rose to 3.49% in June, from 3.60% in May, as food prices rose during the month following a rain-fall deficit due to the El Niño impact.
• Non-food: Non-food articles WPI inflation was also higher at 11.07%, while manufactured products were at 9.45% in June.
• Market reaction: The Sensex fell by 561 points on oil surge and West Asia flare-up — Sensex and Nifty tumbled on Tuesday due to a sharp surge in crude oil prices due to the renewed flare-up in West Asia dented investors' sentiment. The Sensex dropped 561.46 points, or 0.72%, to settle at 77,054.94; Nifty dropped 158.95 points, or 0.66%, to end at 24,052.05.