India’s 80th Independence Day: PM Modi Unveils Bold Vision for AI, Nuclear Power, and Women-Led Development

On the historic occasion of India’s 80th Independence Day, Prime Minister Narendra Modi addressed the nation from the ramparts of the Red Fort, announcing a sweeping set of initiatives aimed at transforming India’s technological, educational, and social landscape.

AI Skilling for One Crore Youth

One crore youth will be trained in Artificial Intelligence skills within the next year. This initiative aims to empower India’s youth to lead in the digital future.

Free Online Coaching Network

A nationwide free online coaching network will be launched for competitive examinations, easing the financial burden on poor and middle-class families by leveraging digital public infrastructure and India’s pool of educators.

Nationwide Sports Talent Hunt

A sports talent hunt for children aged 5–15 years will identify and train young athletes, with emphasis on Olympic disciplines where India has traditionally lagged.

Civil Defence for Modern Challenges

A vibrant Civil Defence network will be created to safeguard critical infrastructure such as refineries, banks, data centres, and factories. Citizens will be trained to meet modern challenges through a large voluntary force.

Semiconductor Self-Reliance

Three semiconductor plants are already operational and exporting production. Plans for five to eight new plants in the next seven to eight years will strengthen India’s march toward self-reliance and the vision of Viksit Bharat.

100 GW Nuclear Power by 2047

India targets 100 GW nuclear power capacity by 2047. Five new nuclear reactors are planned within this decade, alongside advancements in fast breeder nuclear technology, ensuring sustainable energy for AI, data centres, and industrial growth.

Six Crore Lakhpati Didis

A new target of six crore Lakhpati Didis has been set, doubling the earlier goal. Women entrepreneurs empowered through self-help groups will drive a major transformation in India’s rural economy.

Conclusion

Prime Minister Modi’s Independence Day address outlined a vision of India as a global leader in technology, energy, and inclusive development. From AI skilling and semiconductor plants to nuclear energy and women’s empowerment, the initiatives reflect a roadmap for a self-reliant, resilient, and future-ready India.

India Targets 25% GDP Share from Manufacturing with 12-Sector Strategy

NITI Aayog’s latest report (August 13, 2026) identifies 12 priority sectors—including automobiles, electronics, steel, defence, chemicals, solar PV, textiles, and pharmaceuticals—as the backbone of India’s push to become a global manufacturing hub by 2047. The roadmap emphasizes local value addition, job creation, and integration into global supply chains.

Key Highlights of the Report

• Released by: Ashok Kumar Lahiri, Vice Chairperson of NITI Aayog
• Title: “Key Sectors to Position India as a Global Manufacturing Hub”
• Objective: Strengthen India’s manufacturing ecosystem to support the Viksit Bharat @2047 vision
• Methodology: From an initial pool of 62 sectors, 12 were shortlisted based on attractiveness, strategic importance, viability, and value-chain potential

The 12 Priority Sectors

Sector	Strategic Focus
Automobiles	EV adoption, supply-chain resilience
Electronics	Local component manufacturing, exports
Steel	Infrastructure-linked demand, global competitiveness
Capital Goods	Machinery, industrial equipment
Defence & Drones	Self-reliance, advanced tech
Chemicals	Feedstock availability, downstream value
Solar PV	Clean-tech clusters, import substitution
Textiles	Raw material scaling, global exports
Pharma & Medical Devices	Biopharma ecosystem, innovation
Telecom Equipment	Local value chains, global integration
Leather & Footwear	MSME-driven exports
Food Processing	Agri-linkages, packaged exports

Strategic Themes

• Global Supply Chain Diversification: India aims to capture opportunities as firms reduce dependence on single-country sourcing
• Employment Generation: Textiles alone employ 45 million people, second only to agriculture
• Technology & Innovation: Telecom and electronics sectors prioritized for joint ventures, R&D, and skill development
• Clean Energy Push: Solar PV manufacturing positioned to reduce import dependence and strengthen upstream capabilities

Challenges Identified

• Import dependence on critical inputs (telecom, chemicals, solar)
• Fragmented supply chains and logistics gaps
• Limited domestic value addition in high-tech sectors
• Skill shortages constraining productivity

Outlook

• Manufacturing currently contributes 17.5% of India’s GDP; the goal is to raise this to 25% by 2047
• India’s share in global manufacturing output is 3.2%, compared to China’s 32%
• The report calls for long-term, consistent reforms to replicate success stories like South Korea and Vietnam

India's AI Pilots Need a Frontline Failure Log Before They Scale

India is moving quickly from AI ambition to deployment. The IndiaAI Mission's Safe and Trusted AI work now spans 13 responsible-AI projects, 58 centres of excellence (CoEs) and 27 data and AI labs. A new innovation challenge is offering promising systems a path into MSME governance and AYUSH-enabled public health, including structured pilot support and the possibility of multi-year government contracts.

That is exactly the kind of momentum India needs. But the hard part begins after a demonstration succeeds.

A pilot can look impressive because the data is clean, the users are motivated and the exceptions are quietly handled by the people running the test. Production is different. Real users switch between languages. Records are incomplete. Policies change. A small error travels into a customer decision, a benefit application, a health recommendation or a business filing. The tool may save ten minutes at the front end while creating an hour of checking and correction somewhere else.

India's startups and public agencies therefore need a simple discipline before they scale an AI system: a frontline failure log.

The pilot-to-production gap

Most organisations already collect technical metrics such as response time, uptime and model accuracy. Those numbers matter, but they often miss the moment when a system fails in actual work.

Consider an AI assistant used to help a small business identify a government scheme. The model may retrieve the right programme but misunderstand the applicant's industry classification. A staff member catches the mistake, rewrites the query and gives the correct answer. The interaction may still be recorded as successful. Yet the correction reveals something important about the data, the prompt, the workflow and the training users need.

The same problem appears in health, finance, hiring and customer service. Human intervention makes the system appear more reliable than it is. Unless that intervention is recorded, leaders cannot see the true cost of adoption or the conditions under which the tool becomes unsafe.

India's AI Governance Guidelines rightly emphasise trust, people-first design, fairness, accountability, understandable systems and resilience. A frontline failure log turns those principles into operational evidence.

What the log should capture

The log does not need to become another compliance platform. A lightweight form can capture seven fields.

First, record the real task. "Drafted a reply" is too vague. Note whether the system interpreted an eligibility rule, summarised a medical history, classified a supplier, answered a customer or recommended an action.

Second, record the operating conditions. Was the source current? Was the user speaking Hindi, Tamil, Bengali or a mix of English and a regional language? Was a scanned document difficult to read? Did the system lack a crucial field?

Third, record what the system did. The point is not to save every word of every interaction. It is to capture the decision or output that mattered.

Fourth, record the human intervention. Did someone correct a fact, reject a recommendation, add missing context, change a category or stop the workflow entirely?

Fifth, record the downstream consequence. Did the error merely create awkward wording, or could it have delayed a payment, misdirected an applicant, exposed personal data or produced an unfair result?

Sixth, record the rework. Count the minutes spent checking, correcting, escalating and repairing the result. This is the difference between gross time saved and reliable work completed.

Seventh, name the owner and next action. Someone must decide whether the response calls for better training, fresher data, a changed workflow, a narrower use case or a stop rule.

A scaling asset for founders

For startups, the log is not an admission that the product is weak. It is evidence that the company understands the environment in which its product must operate.

A founder can use the data to distinguish a one-off user mistake from a recurring design problem. Product teams can see whether failures cluster around a language, a document type, a customer segment or a policy change. Sales teams can describe operating limits honestly. Investors and public-sector buyers can evaluate whether the system is becoming more dependable instead of relying on a polished demonstration.

The log also creates a better learning loop for employees. People are more likely to report a near miss when leaders treat it as useful evidence rather than proof that someone used the tool badly. That psychological safety matters because the most valuable information often comes from the employee who notices that the answer looks plausible but is wrong.

India's recent AI governance architecture, including the new inter-ministerial AI Governance and Economic Group, recognises that innovation, labour-market effects and public trust must be handled together. Frontline evidence is where those priorities meet.

Scale what survives reality

India does not need to slow its AI ambitions. It needs to make scaling more selective.

Before a pilot expands, leaders should be able to answer basic questions. What kinds of failures occurred? Who caught them? How much hidden work did correction require? Which users or communities faced the greatest risk? Did the failure rate fall after changes were made? Is there a clear human owner when the system is uncertain?

A pilot that cannot answer those questions is not ready for scale, no matter how impressive the demo appears.

India's advantage will not come only from building more models or funding more pilots. It will come from learning faster than others about how AI behaves in the messiness of real work. A frontline failure log gives founders, agencies and employees the evidence to do that—and turns responsible AI from an aspiration into a practical operating habit.

AUTHOR – Gleb Tsipursky, PhD, a behavioral scientist, CEO of Disaster Avoidance Experts, and author of The Psychology of AI Adoption at Work: From Resistance to Results (Georgetown University Press, 2026). https://disasteravoidanceexperts.com/aibook

India Accelerates Into Global EV Leadership: From Local Innovation to Worldwide Impact

India’s electric vehicle (EV) revolution is no longer a distant dream—it’s unfolding at speed, reshaping mobility, industry, and climate strategy. Over the past decade, EV adoption has surged 46 times since 2016, turning India into a rising global hub for clean mobility.

Electric mobility has rapidly evolved into a cornerstone of India’s economic growth, energy resilience, and sustainable future. Since 2016, EV sales have skyrocketed nearly 46 times, reflecting a decisive consumer shift. Exports too have surged—from just USD 1.2 million in 2020 to USD 84 million in 2024—cementing India’s position as a rising hub in the global EV landscape.

Strategic government initiatives such as the National Mission on Manufacturing, the PLI Scheme for Automobile & Auto Components, and the PM Electric Drive Revolution in Innovative Vehicle Enhancement (PM E‑DRIVE) are driving the creation of a self‑reliant, future‑ready eMobility ecosystem.  

The Shift to Electric Mobility

Electric mobility is now central to India’s climate and economic vision. EVs are reducing dependence on fossil fuel imports, strengthening energy security, and cutting urban air pollution. Government incentives, technological progress, and consumer awareness have made EVs a national priority.

• National Electric Mobility Mission Plan (NEMMP 2020) – Roadmap for adoption and manufacturing.
• FAME India scheme – Incentives for buyers, charging infrastructure, and manufacturing.
• EV adoption grew from 0.08% in FY15-16 to 8.26% in FY25-26.

Types of EVs

• Battery EVs (BEVs) – Fully electric.
• Hybrid EVs (HEVs) & Plug-in HEVs – Engine + motor, rechargeable packs.
• Fuel Cell EVs (FCEVs) – Electricity from chemical energy.

EV Growth Story

EV adoption in India has surged dramatically, rising from just 0.08% in FY15‑16 to 8.26% in FY25‑26. What began with a modest base of around 50,000 vehicles sold in 2016 has expanded into 2.3 million units by 2025—a staggering 46‑fold growth. This pace has outstripped global trends, where EV sales grew about 20 times over the same period, from 918,000 in 2016 to 18.78 million in 2024. Uttar Pradesh has emerged as the country’s largest EV market, accounting for more than 400,000 units or 18% of national sales, followed by Maharashtra with 266,000 units (12%) and Karnataka with 200,000 units (9%).  

• From 50,000 units in 2016 to 2.3 million in 2025.
• Uttar Pradesh, Maharashtra, Karnataka emerged as top markets.
• Exports rose from USD 1.2 million (2020) to USD 84 million (2024).

Expanding Infrastructure

• 52,718 public charging stations (July 2026), with 16,561 fast chargers.
• Hyundai, Tata expanding ultra-fast networks across highways and cities.
• e-Amrit tool helps locate charging stations nationwide.

India’s EV charging infrastructure is expanding at an unprecedented pace. As of July 2026, Bharat Heavy Electricals Limited (BHEL) reports that out of 52,718 public charging stations nationwide, 16,561 are equipped with fast‑charging facilities.

The government’s e‑Amrit platform further simplifies access by helping users locate nearby charging points. Industry leaders are also accelerating this build‑out—Hyundai Motor India, for example, added 11 ultra‑fast charging stations in 2024 across major cities including Mumbai, Pune, Ahmedabad, Hyderabad, Gurugram, and Bangalore, as well as along key highway corridors.  

India Electric Mobility Index (IEMI)

Launched in 2025 by NITI Aayog, IEMI tracks states’ progress across electrification, infrastructure, and innovation. Delhi, Maharashtra, Chandigarh are frontrunners with mature EV ecosystems.

Domestic Manufacturing & Startups

• OEMs like Tata Motors, Mahindra, TVS, Bajaj Auto scaling R&D and gigafactories.
• Global players like Tesla, VinFast, Suzuki investing in India.
• Suzuki’s “e VITARA” (2025) marked India’s entry into global BEV exports.
• 400+ EV startups driving innovation in batteries, charging, and AI mobility.

India is steadily transforming from an assembly‑driven market into a full‑fledged EV manufacturing powerhouse. Backed by a rapidly expanding supplier ecosystem, domestic production now spans critical components such as battery packs, motors, drivetrains, power electronics, wiring systems, and charging equipment. Leading OEMs including Tata Motors, Mahindra, TVS, and Bajaj Auto are scaling operations through investments in R&D, gigafactories, and dedicated EV platforms.

Over 400 EV startups are contributing to breakthroughs in battery recycling, AI‑enabled mobility, and charging solutions.

India’s role in EV supply chains is expanding, with exports of vehicles and components reaching USD 84 million in 2024, and Suzuki’s “e VITARA” becoming the first Made‑in‑India BEV exported to 100+ countries.

At the same time, global players like VinFast, Tesla, and major Korean and Japanese battery manufacturers are exploring large‑scale production in India. This wave of expansion is accelerating localization, reducing costs, and firmly embedding India within global EV supply chains.

Investment & Policy Push

• India’s EV ecosystem raised USD 1.4 billion in FY25.
• PM E-DRIVE Scheme – ₹10,900 crore, supporting 28 lakh EVs.
• PLI Auto Scheme – ₹2,377 crore incentives for EV manufacturers.
• PLI ACC Scheme – ₹18,100 crore for battery manufacturing, 50 GWh capacity target.
• PM e-Bus Sewa – 10,000 buses via PPP model.

Climate & Future Outlook

• Targeting 30% EV penetration by 2030.
• Cutting 1 billion tonnes of carbon emissions by 2030.
• 1.32 million charging stations by 2030.
• EV market projected to grow from USD 3.71 billion (2025) to USD 191.04 billion (2034).
• CAFE III & IV norms (2027–2037) to enforce stricter CO₂ limits.

Conclusion

India stands at the threshold of a transformative mobility era. With surging demand, expanding manufacturing, and robust policy support, the country is poised to become a global EV hub. The road ahead will be defined by deeper supply chain integration, battery localization, and charging infrastructure—cementing India’s leadership in the clean mobility revolution.

India Tops World at Physics Olympiad 2026 — All Five Young Physicists Strike Gold in Colombia

India has achieved a historic milestone at the 56th International Physics Olympiad (IPhO) 2026 in Bucaramanga, Colombia — all five members of Team India won Gold Medals, earning the nation a joint World No. 1 rank alongside China, Kazakhstan, Russia, South Korea, and Taiwan.

The International Physics Olympiad (IPhO) is the world’s most prestigious physics competition for pre‑university students, held annually since 1967. It brings together about 400 of the brightest young physicists from over 90 countries to compete in rigorous theoretical and experimental exams.

Event Highlights

• Event: 56th International Physics Olympiad (IPhO) 2026
• Venue: Bucaramanga, Colombia (4–12 July 2026)
• Participants: 381 students from 87 countries
• India’s Rank: Joint World No. 1 with six other nations
• Medal Tally: 5 Gold Medals — every Indian participant won gold

Gold Medal Winners

Student	City	State
Kanishk Jain	Pune	Maharashtra
Riddhesh Anant Bendale	Indore	Madhya Pradesh
Rishit Garg	Dwarka	New Delhi
Shresth Suraiya	Mumbai	Maharashtra
Svarit Joshi	Ahmedabad	Gujarat

Programme Behind India’s Success

The achievement underscores the strength of India’s Olympiad programme, led by the Homi Bhabha Centre for Science Education (HBCSE) — a National Centre of the Tata Institute of Fundamental Research (TIFR) under the Department of Atomic Energy (DAE).

• HBCSE serves as India’s link to the international Olympiad community.
• Students are selected through a multi‑stage process including national exams, orientation camps, and intensive training.
• The Physics Olympiad Cell at HBCSE conducts pre‑departure and orientation camps to prepare students for rigorous theoretical and experimental rounds.

Voices of Pride

“Securing five Gold Medals and jointly attaining the World No. 1 rank is a testament to the talent, dedication, and scientific temperament of our students, and the unwavering commitment of the HBCSE‑TIFR Olympiad programme.”
— Dr Ajit Kumar Mohanty, Secretary, DAE & Chairman, Atomic Energy Commission

“India’s consistent success in science and mathematics Olympiads reflects decades of mentoring and support from DAE, which has built a strong ecosystem for nurturing young scientific talent.”
— Prof Arnab Bhattacharya, Director, HBCSE

India’s Legacy of Excellence

Over the past decade, every Indian participant at IPhO has secured a podium finish — a record that demonstrates the country’s growing leadership in STEM education.

This year’s victory cements India’s status as a global hub for scientific training and innovation, inspiring future generations to pursue physics and research at the highest level.

India at IPhO: A Decade of Excellence

India has consistently delivered outstanding performances at the International Physics Olympiad (IPhO) over the past decade.

• 2016: Team India secured 2 Golds, 2 Silvers, and 1 Bronze in Switzerland.
• 2017: All five participants won medals (3 Golds, 2 Silvers) in Indonesia.
• 2018: India achieved 4 Golds and 1 Silver in Portugal.
• 2019: Landmark year with 5 Gold Medals in Israel.
• 2020: Online edition due to COVID‑19; India won 3 Golds and 2 Silvers.
• 2021: Online edition; India secured 4 Golds and 1 Silver.
• 2022: India won 5 Golds in Tokyo, Japan.
• 2023: Team India bagged 4 Golds and 1 Silver in France.
• 2024: India achieved 5 Golds in Kazakhstan.
• 2025: India won 4 Golds and 1 Silver in Iran.
• 2026: Historic sweep in Colombia: 5 Golds, joint World No. 1 rank.

Key Takeaways

• India has consistently won at least 4 Gold Medals every year since 2018.
• The Homi Bhabha Centre for Science Education (HBCSE‑TIFR) has been pivotal in training and mentoring students.
• India’s Olympiad programme reflects systematic talent identification, rigorous training, and government support via the Department of Atomic Energy (DAE).

India Unveils World’s First Nuclear-Powered Hydrogen Plant

India's Department of Atomic Energy (DAE) has inaugurated the world’s first hydrogen production facility at IGCAR, Kalpakkam, using the Copper–Chlorine (Cu–Cl) thermochemical cycle powered by nuclear heat from the Fast Breeder Test Reactor (FBTR). This breakthrough positions India at the forefront of carbon-free hydrogen innovation, integrating advanced nuclear technology with clean energy goals.

Imagine boiling water in a special pot, and instead of just steam, clever chemistry breaks the water into hydrogen (fuel) and oxygen (air). The “ingredients” (copper and chlorine compounds) act like kitchen helpers—used again and again, never wasted.

Developed through the combined expertise of Bhabha Atomic Research Centre (BARC) and IGCAR, this first-of-its-kind facility reflects the strength of indigenous innovation and reinforces the vision of Atmanirbhar Bharat and Viksit Bharat through advanced nuclear science and technology.

In this breakthrough, Hydrogen burns without smoke—only water comes out and unlike petrol or coal, this process doesn’t release CO₂. Instead of wasting electricity, it uses heat from reactors that already exist. In its future usage, Hydrogen can run cars, factories, and even airplanes without polluting the air. 

So, in plain words —

India has built a “magic kitchen” at IGCAR that cooks water with nuclear heat, serving up clean hydrogen fuel without smoke or waste.

Key Highlights

• Inauguration Date: 26 June 2026
• Location: Indira Gandhi Centre for Atomic Research (IGCAR), Kalpakkam, Tamil Nadu
• Technology: Copper–Chlorine (Cu–Cl) thermochemical cycle developed by BARC
• Heat Source: Nuclear process heat from the Fast Breeder Test Reactor (FBTR)
• Leaders Present: Dr. Ajit Kumar Mohanty and Sreekumar G. Pillai

How the Cu–Cl Cycle Works

• Process: Splits water into hydrogen and oxygen using nuclear heat.
• Efficiency: Operates at lower temperatures than other thermochemical cycles.
• Environmental Impact: Produces zero greenhouse gas emissions.

Strategic Importance

• Energy Security: Reduces dependence on imported fossil fuels.
• Clean Energy Transition: Supports India’s Net Zero 2070 target.
• Global Leadership: First-of-its-kind facility worldwide.
• Scalability: Technology demonstrator providing operational data for future deployment.

Comparison: Hydrogen Production Methods

Method	Energy Source	Emissions	Efficiency	Global Status
Steam Methane Reforming	Natural Gas	High CO₂	Moderate	Widely used
Electrolysis	Electricity (renewables/nuclear)	Zero (if clean power)	Moderate	Growing adoption
Cu–Cl Cycle	Nuclear Heat	Zero	High	First facility at IGCAR

Risks & Challenges

• Scaling Up: Requires large infrastructure investments.
• Public Perception: Nuclear-linked hydrogen may face acceptance challenges.
• Global Competition: Other nations exploring rival cycles.

Next Steps for India

• Expand: Move Cu–Cl hydrogen production to industrial scale.
• Integrate: Use Small Modular Reactors (SMRs) for distributed hydrogen generation.
• Export: Position India as a global supplier of clean hydrogen.

Beyond India’s Cu–Cl breakthrough at IGCAR, several other nuclear-assisted hydrogen systems are being explored worldwide, including sulfur–iodine cycles in Japan and South Korea, high-temperature electrolysis in the U.S. and Europe, and hybrid thermochemical projects under the IAEA. These efforts aim to leverage nuclear heat for large-scale, carbon-free hydrogen.

India’s Cu–Cl facility is unique for its lower temperature requirement, making it more practical than sulfur–iodine cycles. Globally, HTGRs and advanced reactors are expected to drive nuclear hydrogen, with pilot projects in Japan, South Korea, and the U.S. forming the backbone of future deployment.

India’s $340B Crypto Surge Equals 9% of GDP

India saw crypto inflows worth nearly $340 billion between June 2024 and June 2025 — equal to about 9% of its GDP — making it Asia’s largest market by absolute inflows despite heavy taxation and regulatory uncertainty.

The $340 billion crypto inflows figure for India in 2025 comes from the OECD’s Asia Capital Markets Report 2026, which uses Chainalysis blockchain analytics data. Importantly, these “inflows” measure crypto received by addresses geolocated to India — they reflect transaction activity by Indian users, not actual cross‑border capital flows.

Key Highlights from OECD Report

• Total inflows: ~$340 billion in crypto assets (including stablecoins).
• GDP share: ~9% of India’s nominal GDP (~$4.15 trillion in 2025).
• Regional ranking: India led Asia in absolute inflows, followed by South Korea.
• Relative scale: Vietnam topped in GDP share (~50%), Cambodia (~28%), Pakistan (~26%).
• User base: Over 107 million Indian crypto users, despite no dedicated crypto law.

Regulatory & Tax Context

• Taxation: 30% tax on income from virtual digital assets; 1% TDS on most transactions.
• Regulatory status: No formal crypto legislation yet; Parliament scheduled discussions with RBI on July 2, 2026.
• OECD warning: Lack of clear rules poses macroeconomic risks and complicates compliance with FATF and G20 frameworks.

What “Inflows” Really Mean

• The $340B figure comes from Chainalysis inflows methodology.
• Tracks crypto received by blockchain addresses geolocated to India.
• Includes domestic trading, wallet transfers, payments, and DeFi activity.
• Note: Not balance-of-payments data — does not prove foreign capital entered India.

Comparative Snapshot

Country	Crypto inflows (2024–25)	Share of GDP
India	$340B	~9%
South Korea	Lower than India	~6–7% (est.)
Vietnam	Smaller absolute inflows	~50%
Cambodia	Smaller absolute inflows	~28%
Pakistan	Smaller absolute inflows	~26%

Risks & Implications

• Macroeconomic risk: Crypto inflows equal to bond market size — potential systemic exposure.
• Investor burden: High taxes + unclear rules discourage formal adoption.
• Policy gap: India’s leadership in inflows contrasts with lack of dedicated crypto law, raising concerns about investor protection and systemic risk.

The OECD’s finding highlights India’s massive crypto transaction volume, but it should not be mistaken for foreign capital inflows. It reflects domestic user activity and underscores the urgent need for regulatory clarity to manage risks, ensure investor protection, and align with frameworks like FATF and G20.

India Takes Charge of Nuclear Tech Cooperation in Asia-Pacific

India has formally assumed the Chairmanship of the Regional Cooperative Agreement (RCA) for 2026, marking a major milestone in its leadership on peaceful nuclear cooperation across Asia-Pacific. The announcement was made during the 48th Meeting of National Representatives (NRM) held in Navi Mumbai from May 19–22, 2026.

What is the RCA?

• Regional Cooperative Agreement (RCA): Established in 1972 under the International Atomic Energy Agency (IAEA).
• Membership: 22 Asia-Pacific nations.
• Purpose: Promote cooperative research, training, and development in the peaceful applications of nuclear science and technology.

India’s Role in 2026

• Chairmanship: India assumed the RCA Chair for 2026 during the 48th NRM in Navi Mumbai.
• Host: Department of Atomic Energy (DAE), Government of India.
• Delegates: 29 representatives from 17 Asia-Pacific nations, plus 3 delegates from AFRA.
• Themes Highlighted:
  • Healthcare: Nuclear medicine, cancer care, radiotherapy.
  • Agriculture & Food Security: Mutation breeding, food preservation.
  • Water Management: Nuclear desalination, purification technologies.
  • Environmental Sustainability: Radiation technologies for waste management and isotope hydrology.

Key Significance

• Scientific Diplomacy: Reinforces India’s positioning as a technology-driven partner for the Global South.
• Track Record: India has decades of experience in peaceful nuclear applications, from healthcare to industrial development.
• Strategic Outreach: Strengthens India’s regional ties in Asia-Pacific and builds bridges with Africa through AFRA participation.

Event Details

• 48th NRM Dates: May 19–22, 2026.
• Location: Navi Mumbai, Maharashtra.
• Special Activities: Technical exhibition and guided tours at ACTREC, showcasing India’s nuclear-enabled healthcare innovations.

Quick Comparison: RCA Focus Areas

Sector	India’s Contributions	Regional Impact
Healthcare	Nuclear medicine, radiotherapy	Improved cancer care capacity
Agriculture	Mutation breeding, food preservation	Food security & sustainability
Water Management	Nuclear desalination, purification	Safe drinking water access
Environment	Radiation for waste & hydrology	Cleaner cities, better monitoring

India’s Coastlines Are Sinking—Kolkata, Chennai, and Visakhapatnam Most Exposed

A new University of Rhode Island (URI) study has revealed that India’s coastline is sinking at alarming rates, with some areas subsiding up to 44 mm per year. This widespread coastal subsidence, combined with sea-level rise, threatens millions of residents in low-lying regions, especially across the east coast deltas.

Key Findings from the URI Study

• Scope of study: First comprehensive satellite-based assessment of vertical land motion along India’s 7,500 km coastline.
• Data source: 8 years of Sentinel-1 radar satellite observations (2016–2024).
• Subsidence hotspots: Five major east coast deltas (including Ganga-Brahmaputra, Mahanadi, Godavari, Krishna, and Cauvery) and urban centers such as Kolkata, Chennai, and Visakhapatnam.
• Rates of subsidence: Maximum recorded: 44 mm/year in localized hotspots; widespread areas: 5–20 mm/year.
• Population at risk: 8.5 million people currently live in zones subsiding faster than 5 mm/year.
• Overall exposure: Over 200 million people reside within 100 km of India’s coastline, making them vulnerable to combined effects of sinking land and rising seas.

Impact Overview

Factor	Details	Risk Level
Subsidence rate	Up to 44 mm/year	Severe in hotspots
Affected regions	East coast deltas, major coastal cities	High
Population exposed	8.5 million in high-subsidence zones	Critical
Flood risk	Increased due to combined sea-level rise + sinking land	Extreme
Infrastructure	Ports, housing, agriculture, and transport corridors	Vulnerable

Risks & Challenges

• Flooding: Low-lying areas face accelerated flood risks as subsidence compounds sea-level rise.
• Agriculture: Delta regions risk salinization and reduced productivity.
• Urban infrastructure: Cities like Chennai and Kolkata may see damage to roads, housing, and drainage systems.
• Resilience planning: Current coastal protection strategies may underestimate risks without factoring subsidence.

What Needs to Be Done

• Enhanced monitoring: Expand satellite-based land motion tracking across all coastal states.
• Urban planning: Integrate subsidence data into zoning, construction codes, and flood defenses.
• Community adaptation: Relocation or elevation of vulnerable settlements in high-risk zones.
• Policy action: Governments must update coastal resilience frameworks to include subsidence.
• Global relevance: India’s findings highlight the need for similar assessments worldwide.

To summarize, India’s coastal vulnerability is not just about rising seas—it’s also about sinking land. The URI-led study underscores the urgent need for integrated resilience planning to protect millions living along the country’s shores.

India's Scorching Reality: The Heat Wave and the Vanishing Forests

India is in the grip of an unrelenting heat wave, a crisis that is no longer just a seasonal inconvenience but a direct consequence of climate change. With temperatures soaring beyond historical records, the country is witnessing a twofold increase in heatwave days, particularly in major cities like Mumbai, Chennai, Delhi, and Hyderabad. The rising heat is not just about discomfort—it is triggering erratic rainfall patterns, intensifying droughts, and pushing ecosystems to their limits.

The Climate Connection

Scientific studies confirmed that India has seen a 15-fold increase in extreme heat wave days over the last three decades, with the last decade alone witnessing a 19-fold surge. The monsoon season, once a reliable relief, is now behaving unpredictably, with extended summer-like conditions persisting even during rainy months. Experts warn that heat waves may soon extend into monsoon months, creating a dangerous mix of high temperatures and humidity.

The Silent Catastrophe: Forest Loss

While the heat wave dominates headlines, another crisis unfolds quietly—India’s disappearing forests. Over the past five years, the country has lost 668,400 hectares of forest, ranking second globally in deforestation. The destruction is driven by urban expansion, infrastructure projects, and agricultural demands. Alarmingly, 95% of tree cover loss in India from 2013 to 2023 occurred within natural forests, meaning these losses are not just temporary but permanent.

The consequences of this deforestation are dire. Forests act as natural carbon sinks, absorbing greenhouse gases and regulating temperatures. Their destruction exacerbates climate change, making heat waves even more intense and frequent. The loss of tree cover also disrupts rainfall patterns, leading to water shortages, soil degradation, and biodiversity collapse.

What Lies Ahead?

India is at a crossroads. The heat waves will only worsen if deforestation continues unchecked. Experts advocate for climate risk observatories to provide real-time assessments and early warnings. Additionally, heat-index insurance policies are emerging to help vulnerable populations cope with financial losses due to extreme weather.

But these measures alone are not enough. India must prioritize forest conservation, enforce stricter environmental regulations, and accelerate its transition to sustainable energy sources. The heat wave is not just a seasonal anomaly—it is a warning. If ignored, the consequences will be irreversible.

Highest Temperatures in India (Last 15 Days)

Temperature Records (°C)

City/Region	Temperature (°C)	Date Recorded
Mungeshpur, Delhi	52.3°C	29 May 2024
Phalodi, Rajasthan	51.0°C	Recent Days
Sirsa, Haryana	50.3°C	Recent Days
Gwalior, Madhya Pradesh	48.0°C	Recent Days
Narela	47.9°C	Recent Days
Rohtak, Haryana	47.7°C	Recent Days
Churu, Rajasthan	47.4°C	Recent Days
Bikaner, Rajasthan	47.0°C	Recent Days

Note: These temperature records are based on reported data from the last 15 days. The data may be updated as new records come in.

The question remains: Will India, Indians and India's central & state governments act before it’s too late?

Trump Says Its Unfair to US If Musk Builds Tesla Factory in India

US President Donald Trump recently expressed his concerns about Elon Musk's plans to build a Tesla factory in India. Trump argued that it would be "unfair" to the US due to the high tariffs India imposes on American-made vehicles.

The US President mentioned that these tariffs create significant trade barriers, making it difficult for Tesla to sell cars in India. Trump emphasized that while building a factory in India might be beneficial for Tesla, it would be detrimental to the US economy.

This statement came during an interview with Fox News, where Trump and Musk discussed the challenges and opportunities of expanding Tesla's presence in India. Musk agreed with Trump's concerns, highlighting the need for a level playing field in international trade.

During the interview with Fox News, Trump expressed concerns about the high import duties India imposes on American-made vehicles, which he believes create significant trade barriers. He emphasized that while building a factory in India might benefit Tesla, it would be detrimental to the US economy.

Elon Musk, Tesla's CEO, who recently met with Indian Prime Minister Narendra Modi in Washington, DC., agreed with Trump's concerns, highlighting the need for a level playing field in international trade.

Despite the Indian government's recent efforts to reduce import taxes for carmakers willing to invest in local production facilities, Trump remains critical of American companies building factories abroad.

During his meeting with Indian Prime Minister Narendra Modi, Elon Musk discussed several key topics, including space exploration, mobility, technology, and innovation. Musk expressed his interest in launching Starlink in India and overcoming regulatory hurdles. He also highlighted the potential entry of Tesla into the Indian market, despite the high import duties and the nascent electric vehicle sector.

Musk emphasized the importance of strengthening collaboration between Indian and US entities in innovation, space exploration, artificial intelligence, and sustainable development. He also discussed opportunities to deepen cooperation in emerging technologies, entrepreneurship, and good governance.

How to Navigate the Vast Online Entertainment Space in India

There’s a whole host of major entertainment brands vying to win over the massive Indian audience. Seeing India as a growing market that already has more than half of its population using smartphones, it makes sense to try to appeal to the country. In recent years, we’ve seen several major brands enter the market and even fund some local entertainment companies. Netflix, for example, has powered up its service by tapping into local productions.

As a direct result, Netflix picked up RRR and it became a global hit. While a superb film in its own right, without Netflix’s reach and the platform pushing it, RRR may not have been as successful as it eventually proved to be. Now, we’ve even got social media companies diving in to feed the market. Meta has announced that its platforms have helped three in four casual and paying gamers find, play, and purchase new games.

Meta does have its toes firmly dipped in the future gaming space. Their work to create their Metaverse and make virtual reality headsets more accessible looks primed to make them an important player down the line. For now, though, the online entertainment market of India is vast enough as it is. Luckily, there are a few standout platforms that can help those seeking a bit of fun to locate exactly what they need.

Homing in on the Most Important Rating

Of all of the different kinds of online entertainment available in India, nowhere is it as important to pick the right app or platform as it is in iGaming. Most other platforms offer free ways to play or are accessible via a fairly low-cost subscription. In iGaming, you pay as you play. So, from the get-go, you need to know that you’re playing at an online casino that offers the best experience possible.

Reviews of these platforms have many things to consider. There’s the number of slots, the quality of the live casino games, the usability of the app, the size of the welcome bonus, if there are other promotions for loyal players, and much more. However, the most important rating is the payout rate. The best paying casinos available in the country offer a strong baseline for the overall experience.

Being with the sites that have the highest payout rates means that you know you’re getting the best shot at landing a win, on average. The return to player (RTP) of a casino site indicates the average overall RTP of all of its games. So, while you’d want to home in on the games with the highest RTP, a high-paying casino means that there are plenty of them to go around. The top sites range from 97.5 percent to 96.3 percent, so there’s a fair difference.

So Many Streaming Platforms to Navigate

Streaming platforms, especially the biggest ones, feature more shows and movies than anyone could possibly scroll through on their smartphone or smart TV in a reasonable timeframe. The counts are simply massive, and while in-app recommendations can help, they rarely know exactly what you want to watch. To much more easily find the shows and movies that are worth watching and ones that you want to watch, turn to Reelgood.

This is the ultimate platform for finding the best films and shows to watch and where to find them. You can use the top filters to add the services that you subscribe to or narrow it to just one. Then, use the second filter option to cut the selection down by the platform’s score of the production, the release year, and its genre. There’s so much to see across the many Indian streaming platforms, but Reelgood makes it easier to find the good ones.

Picking the Hit Games to Grow an Audience

As gaming grows across India, so too does live streaming. Many people like to build up their gaming experience by inviting a live audience to watch their outings. Of course, it’s not easy to generate a live audience. Platforms like Twitch are loaded with entertaining streamers, so competing can be tough. While you should always play the games you like the most, you could take the approach of picking entertaining-but-niche or just popular titles.

For this, you can turn to Githyp. This platform tracks player counts and viewer counts for games being played on Steam or streamed on Twitch. At the time of writing, the most-watched games on Twitch were League of Legends and Grand Theft Auto V. The most-played on the PC launcher were Counter-Strike 2 and DOTA 2. A good way to generate an audience quickly is to put your spin on the games proving to be popular to watch.

With these platforms, it’ll at least be a bit easier to navigate the sprawling, and ever-growing, online entertainment scene of India.

India Achieves Milestone in Next-Gen Hypersonic Missiles Development, Successfully Conducts Ground Test of Scramjet Engine

The Defence Research & Development Laboratory (DRDL), a Hyderabad-based laboratory of Defence Research and Development Organisation (DRDO) recently conducted a successful ground test of a scramjet engine. This test marks a significant milestone in India's development of next-generation hypersonic missiles.

A scramjet (supersonic combustion ramjet) is a type of airbreathing jet engine designed to operate at extremely high speeds, typically greater than Mach 5 (five times the speed of sound). Unlike traditional jet engines, scramjets do not have rotating compressors or turbines. Instead, they use the high speed of the vehicle to compress incoming air before combustion.

Here are some key details of the ground test by DRDO:

1. Test Duration: The scramjet combustor ground test lasted for 120 seconds, demonstrating stable combustion and successful ignition.

 

2. Speed: Hypersonic missiles, powered by scramjet engines, can travel at speeds greater than Mach 5 (five times the speed of sound or more than 5,400 km/hr).

3. Technological Achievements: The test showcased several notable achievements, including an innovative flame stabilization technique that maintains continuous combustion at air speeds exceeding 1.5 km/s.

4. Indigenous Development: The indigenous development of endothermic scramjet fuel, the first time in India, jointly by DRDL and Industry is central to this breakthrough.

The endothermic scramjet fuel offers significant cooling improvements and ease of ignition. The team developed a special manufacturing process to achieve stringent fuel requirements of DRDL at Industrial scale.

A state-of-the-art ceramic thermal barrier coating (TBC) was developed to withstand extreme temperatures encountered during hypersonic flight.

TBC is an another key achievement along side the Scramjet. The TBC developed is designed to withstand extreme temperatures encountered during hypersonic flight. A new advanced ceramic TBC having high thermal resistance & capable of operating beyond melting point of steel has been jointly developed by DRDL and Department of Science & Technology (DST) Laboratory.

Defence Minister Rajnath Singh praised the DRDO and industry partners for this achievement, highlighting its importance for advancing India's hypersonic missile capabilities.

Scramjets are primarily used in experimental and military applications, such as hypersonic missiles and Space planes.

India’s Vision for AI at GPAI 2024

India's vision for AI, as presented at the Global Partnership on Artificial Intelligence (GPAI) Summit 2024, is centered around the principle of "AI for All". Minister Jitin Prasada emphasized the goal of developing AI "in India, for India, and for the world".

Here are some key points from his address:

1. Democratizing AI: India aims to make AI accessible to everyone, ensuring that the benefits of AI reach all sections of society.

2. Ethical AI Development: India is committed to advancing ethical AI through platforms like GPAI and the G20 Framework on Digital Public Infrastructure.

3. Digital Public Infrastructure (DPI): India's DPI model has revolutionized service delivery and serves as a template for inclusive growth.

4. Global Collaboration: India stresses the importance of international cooperation to address global challenges like climate change and public health crises.

5. Investment in AI: The IndiaAI Mission, with an allocation of $1.2 billion, focuses on improving data quality, fostering indigenous capabilities, and equipping millions with AI-related skills.

India's approach to AI is holistic, aiming to balance innovation with inclusivity and ethical governance.

ADB Approves $350 Mn Loan to Enhance India’s Logistics Sector and Export Competitiveness

The Asian Development Bank (ADB) has approved a $350 million policy-based loan to support India in strengthening and modernizing its logistics sector. This funding will finance the second subprogram under the Strengthening Multimodal and Integrated Logistics Ecosystem Program. The goal is to create a comprehensive policy, planning, and institutional framework at the state and city levels.

Key Objectives

• Implementing strategic policy reforms to improve infrastructure and streamline logistics processes.
• Promoting the integration of digital technologies to facilitate smoother movement of goods.
• Advancing green transition guidelines for inland waterways and promoting environmentally sustainable logistics practices.
• Creating substantial employment opportunities across urban and rural regions.

The ADB's support aligns with the Indian government's initiatives like the Prime Minister Gati Shakti-National Master Plan (PMGS-NMP) and the National Logistics Policy (NLP), aiming to modernize infrastructure and promote digitization.

"The development of the logistics sector has a profound impact on the manufacturing sector's competitiveness. Improved logistics efficiency enhances supply chain resilience, reduces transaction costs, and boosts export competitiveness,” said ADB Senior Public Management Economist Sameer Khatiwada. “The integration of digital technologies and standardized processes facilitates smoother movement of goods, which is crucial for manufacturing growth.”

India Emerges As Green Leader With the Lowest Per Capita CO2 Emissions Among the G20 Nations

India has emerged as a green leader among the G20 nations, boasting the lowest per capita CO2 emissions. With this, India is setting am example of sustainable development.

In 2023, India's per capita CO2 emissions were around 2.1 metric tons per person, compared to much higher figures in countries like Saudi Arabia, which had the highest per capita emissions at over 17 metric tons per person.

 

China had the highest CO2 emissions among G20 countries, while Argentina had the lowest. India's per capita emissions were the lowest among the G20 nations, highlighting its efforts in maintaining a lower carbon footprint.

India's achievement is largely due to the country's agrarian economy and relatively low per capita energy consumption compared to many developed nations. Despite being the most populous G20 country, India's efforts in deploying renewable energy and maintaining lower emissions have been commendable.

The latest International Energy Agency (IEA) report on CO2 emissions provides a comprehensive analysis of global emissions in 2023.

Global Emissions CO2 emissions reached a new record high in 2023, with an increase of 1.1%, increasing 410 million tonnes (Mt) to reach a new record high of 37.4 billion tonnes (Gt). This was driven by weather effects and continued reopening from the COVID-19 pandemic.

Nevertheless, the growth in clean energy technologies, such as renewables, electric vehicles, and heat pumps, helped limit the rise in global emissions.

Emissions from energy combustion increased, while emissions from industrial processes decreased.

Between 2019 and 2023, total energy-related emissions increased around 900 Mt. Without the growing deployment of five key clean energy technologies since 2019 - solar PV, wind, nuclear, heat pumps, and electric cars - the emissions growth would have been three times larger.

India Delivers Powerful Statement at CoP29 UN Climate Change Summit

During the High-Level Ministerial Dialogue on Climate Change Adaptation at the CoP29 UN Climate Change Summit in Baku, Azerbaijan, India delivered a powerful statement.

India highlighted that the developing world is disproportionately suffering from the impacts of climate change, which are largely due to historical emissions by developed countries. 

The increasing frequency and intensity of extreme weather events are putting the survival of people, especially in poor nations, at risk.

India called for a significant boost in climate change adaptation finance, emphasizing the need for developed countries to fulfill their commitments.

India is in the process of developing its National Adaptation Plan and estimated adaptation capital requirements of up to $850 billion.

India stressed the urgent need for enhanced support and implementation resources from developed countries to help developing countries meet adaptation target.

Informing the gathering about India’s initiatives towards combating Climate Change, India's Union Minister of State for Environment, Forest and Climate Change, Shri Kirti Vardhan Singh said that the country has achieved the 2015 NDC targets on emission intensity reduction and non fossil based installed electricity generation capacity much earlier than 2030 and have further enhanced its ambition.

India's official statement read, “Developing countries are suffering the impacts of climate change largely due to the historical emissions of Developed countries. For us as developing countries, our people’s lives - their very survival - and their livelihoods are at stake.”

Talking on the importance of accessibility to credible Climate Finance to the Global South, India’s statement read, “The CoP28 Global stocktake decision emphasized the need to bridge the tremendous gap in adaptation, gaps in implementation that arise from the lack of sufficient attention and resources. Additionally, at CoP28, parties to the Paris Agreement adopted the UAE Framework for Global Climate Resilience. This framework acknowledges the urgent need for enhanced support and implementation resources from Developed countries to help Developing countries meet adaptation targets. 768 mobilization should go beyond previous efforts, supporting country-driven strategies while respecting the unique needs of developing countries.”

India's statement underscored the importance of equitable and just climate action, urging developed nations to step up their support for climate adaptation in developing countries.

Europe and the US

The EU has urged wealthier, high-emitting developing nations to voluntarily contribute to climate finance. European Commissioner for Climate Action, Wopke Hoekstra, emphasized that "affluence brings responsibility" and encouraged these nations to contribute based on their emissions and economic growth.

United States: The US has supported strong financial aid for climate efforts in poorer nations and endorsed the use of financial mechanisms to raise funds. US officials have also highlighted the importance of global cooperation and the need for ambitious climate commitments from all nations.

Both the EU and the US are advocating for a new climate finance package to help developing countries transition to clean energy, adapt to climate change, and deal with weather disasters. 

India Should Manufacture Its Own AI – NVIDIA CEO, Huang

NVIDIA CEO Jensen Huang emphasized the importance of India manufacturing its own AI during the NVIDIA AI Summit in Mumbai on October 24, 2024. He stated, "It makes complete sense that India should manufacture its own AI".

Huang highlighted India's potential to become a global leader in AI, leveraging its vast pool of technical talent and immense data resources. He also mentioned that India could export AI in the future, similar to how it has exported software.

This vision aligns with NVIDIA's collaborations with Indian companies like Reliance Industries and Tech Mahindra to develop advanced AI infrastructure and solutions.

To capitalize on this country’s talent and India’s immense data resources, the country’s leading cloud infrastructure providers are rapidly accelerating their data center capacity. NVIDIA is playing a key role, with NVIDIA GPU deployments expected to grow nearly 10x by year’s end, creating the backbone for an AI-driven economy.

Together with NVIDIA, these companies are at the cutting edge of a shift Huang compared to the seismic change in computing introduced by IBM’s System 360 in 1964, calling it the most profound platform shift since then.

"This industry, the computing industry, is going to become the intelligence industry,” Huang said, pointing to India’s unique strengths to lead this industry, thanks to its enormous amounts of data and large population.

Huang identified three areas where AI will transform industries: sovereign AI, where nations use their own data to drive innovation; agentic AI, which automates knowledge-based work; and physical AI, which applies AI to industrial tasks through robotics and autonomous systems. India, Huang noted, is uniquely positioned to lead in all three areas.

India’s startups are already harnessing NVIDIA technology to drive innovation across industries and are positioning themselves as global players, bringing the country’s AI solutions to the world.

Nvidia founder and CEO Jensen Huang speaking with Reliance Industries Chairman Mukesh Ambani at NVIDIA’s AI Summit in Mumbai.

During the NVIDIA AI Summit in Mumbai, the CEO of NVIDIA, also praised Mukesh Ambani and Reliance Industries for their significant contributions to India's tech space. Huang highlighted the partnership between NVIDIA and Reliance to build AI infrastructure in India, emphasizing the country's large population of users as a key advantage.

Reliance and Nvidia partnering to build AI infrastructure in India #AI #AISummit #Reliance #Nvidia pic.twitter.com/0OM4NCVwep

— Reliance Industries Limited (@RIL_Updates) October 24, 2024

Huang also shared a light-hearted moment with Ambani, joking about the size of their respective homes and acknowledging Nita Ambani's role in building the Jio World Centre. He noted that India is central to NVIDIA's global AI strategy and expressed confidence in India's potential to become a leader in AI.

Notably, Reliance, in partnership with NVIDIA, is building AI factories to automate industrial tasks and transform processes in sectors like energy and manufacturing.

India Will Have Its Own Quantum Computer in the Next 3 Years: Dr. Vijay P. Pandurang

Padma Bhushan Dr. Vijay P. Pandurang, one of India's earliest computer scientist, said that "we are working on quantum computers. Through quantum computers, we can increase the speed of any computer manifold" . He said that we have prepared a five-year road map.

Dr. Pandurang is best known for developing the first Indian supercomputer, the PARAM 8000, in 1991. 

The prototype of the quantum computer is ready. Within three years, India will have its own quantum computer, said Dr. Pandurang. He told this in Lucknow, where he was attending the 67th convocation of Lucknow University as the chief guest.

To recall, India is fast progressing towards indigenous quantum computer power. Under the National Quantum Mission, India aims to develop a 24-qubit quantum computer within the next three years and a 100-qubit system in five years. This initiative is being led by the Tata Institute of Fundamental Research (TIFR) in Mumbai, with collaborations from the Defence Research and Development Organisation (DRDO) and Tata Consultancy Services (TCS). 

This development is part of a broader effort to advance India’s capabilities in quantum technology, which includes computing, communication, measurement, and sensing2. The mission has a substantial budget and is expected to foster innovation and research in this cutting-edge field
Dr. Pandurang, who led the led the development of India's Param supercomputers in the late 1980s, also revealed that during the discussion about the visit of the supercomputer to India, the then US President Ronald Reagan was ready to give the supercomputer to India, but he had laid down some conditions. Ronald wanted India to use it in the context of climate and not in any other context. One of these conditions was that if India violates the conditions, then all other agreements with India will be Cancelled by the US.

America feared that India could use the supercomputer to make missiles. Dr. Pandurang said that India is a country with an agricultural economy. In such a situation, it is important to give timely information to farmers by making accurate estimates about the climate regarding their crops. He told that when America made the supercomputer, the then Prime Minister of India Rajiv Gandhi was ready to buy it, he also talked to America. But, after the talks failed due to the condition, on returning to India, Rajiv Gandhi called him and asked if we can make a supercomputer. "So I replied why can't We". Although I have not seen the supercomputer, I have only seen the picture. He told that at that time Japan was trying to make a supercomputer. Rajiv Gandhi again asked how long it would take to be made, so I replied that it would be ready in 3 years.

Dr. Pandurang was the founder and executive director of Centre for Development of Advanced Computing (C-DAC) and is currently working on developing exascale supercomputing for India.

Top Singapore CEOs Meet PM Modi To Pledge Investment In India

Prime Minister Narendra Modi recently met with top business leaders from Singapore during his visit. The CEOs from prominent Singaporean companies, including Blackstone Singapore, Temasek Holdings, Sembcorp Industries Limited, CapitaLand Investment, ST Telemedia Global Data Centers, and Singapore Airlines, pledged their commitment to invest in India.

Prime Minister Narendra Modi met his Singapore counterpart, Lawrence Wong, and the two countries signed 4 Memorandum of Understanding (MoUs).

This meeting underscores the strong interest in India as a leading investment destination and highlights the strategic initiatives being undertaken to boost bilateral trade and economic growth. The areas of investment discussed span a wide range of sectors, including infrastructure, real estate, data centers, and aviation.

Addressing the India-Singapore business roundtable meeting. https://t.co/UusHam08N6

— Narendra Modi (@narendramodi) September 5, 2024

It's an exciting development for India's economic landscape. The commitment from top Singaporean CEOs to invest in India is likely to have several positive impacts on India's economy:

1. Boost in Foreign Direct Investment (FDI): Increased FDI can lead to more capital inflow, which can be used for infrastructure development, technology upgrades, and other critical sectors.

2. Job Creation: New investments often lead to the creation of jobs, which can help reduce unemployment and improve the standard of living.

3. Technological Advancements: Investments in sectors like data centers and aviation can bring in advanced technologies and best practices, fostering innovation and efficiency.

4. Economic Growth: Enhanced investment can stimulate economic activities, leading to higher GDP growth.

5. Strengthening Bilateral Relations: Such commitments can strengthen economic ties between India and Singapore, leading to more collaborative projects and mutual benefits.

Overall, these investments can significantly contribute to India's economic development and global competitiveness.