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Paul Kapur, Trump’s nominee for key South Asian Affairs role, vows to advance India-US ties in trade, tech at Senate hearing

Born in Delhi, S Paul Kapur, whose father is Indian and mother American, said he visited India often as a child, became interested in studying it in graduate school, and further worked on the region as a scholar and government official.

While the next US Ambassador to India is yet to be named, Indian-American S Paul Kapur is President Donald Trump’s nominee for the position of Assistant Secretary of State for South and Central Asian Affairs, a top diplomatic position wherein he will oversee America’s intersections with India and its neighbourhood — including Pakistan, Bangladesh and Afghanistan.

If confirmed, Kapur will step into the shoes of Donald Lu, who completed his term in January this year, holding charge of one of the most complex, sensitive, and volatile regions in the world. For the Indian establishment, though, which is continuously looking to expand and strengthen its ties with the US in critical areas such as defence, technology and science, and is on the cusp of signing a bilateral trade agreement, Kapur will become a key interlocutor. The US also banks on India to offset China’s dominance in the Indo-Pacific.

So it may be pertinent that on June 10, during his nomination hearing before the Senate Foreign Relations Committee, Kapur began by touching upon his Indian roots and also laid out the India-US partnership agenda. “If confirmed, I will work to further advance US-India relations and put our partnership on course to realise its tremendous promise,” he said.

“The United States and India share a host of common interests: ensuring a free and open Indo-Pacific region, which is not dominated by China; expanding bilateral trade, building our economic relationship so that it is more symmetrical and profitable; facilitating technology sharing and innovation; and ensuring access to the energy necessary to fuel our economies,” Kapur added

source/content: indianexpress.com (headline edited)

India’s population touches 1.46 billion, fertility drops below replacement rate: UN

On an average, Indian women are having fewer children than needed to maintain the population size from one generation to the next, without migration.

India’s population is estimated to reach 1.46 billion in 2025, continuing to be the highest in the world, according to a new UN demographic report, which also revealed the country’s total fertility rate has fallen below the replacement rate.

UNFPA’s 2025 State of World Population (SOWP) Report, The Real Fertility Crisis, calls for a shift from panic over falling fertility to addressing unmet reproductive goals.

Millions of people are not able to realise their real fertility goals, it asserts.

This is the real crisis, not underpopulation or overpopulation, and the answer lies in greater reproductive agency – a person’s ability to make free and informed 150 per cent choices about sex, contraception and starting a family, it says.

The report also reveals key shifts in population composition, fertility, and life expectancy, signalling a major demographic transition.

The report found that India’s total fertility rate has declined to 1.9 births per woman, falling below the replacement level of 2.1.

This means that, on average, Indian women are having fewer children than needed to maintain the population size from one generation to the next, without migration.

Despite the slowing birth rate, India’s youth population remains significant, with 24 per cent in the age bracket of 0-14, 17 per cent in 10-19, and 26 per cent in 10-24.

The country’s 68 per cent of the population is of working age (15-64), providing a potential demographic dividend, if matched by adequate employment and policy support.

The elderly population (65 and older) currently stands at seven per cent, a figure that is expected to rise in the coming decades as life expectancy improves. As of 2025, life expectancy at birth is projected to be 71 years for men and 74 years for women.

According to the UN estimates, India’s population at present stands at 1,463.9 million.

India is now the world’s most populous nation, with nearly 1.5 billion people – a number expected to grow to about 1.7 billion before it begins to fall, around 40 years from now, the report said.

Behind these numbers are the stories of millions of couples who decided to start or expand their families, as well as the stories of women who had few choices about whether, when or how often they became pregnant, the report said.

In 1960, when India’s population was about 436 million, the average woman had nearly six children.

Back then, women had less control over their bodies and lives than they do today. Fewer than 1 in 4 used some form of contraception, and fewer than 1 in 2 attended primary school (World Bank Data, 2020), the report said.

But in the coming decades, educational attainment increased, access to reproductive healthcare improved, and more women gained a voice in the decisions that affected their lives. The average woman in India now has about two children.

While women in India, and every other country, have more rights and choices today than their mothers or grandmothers did, they still have a long way to go before they are empowered to have the number of children they want, if any, when they want them.

The UN report placed India in a group of middle-income countries undergoing rapid demographic change, with population doubling time now estimated at 79 years.

“India has made significant progress in lowering fertility rates – from nearly five children per woman in 1970 to about two today, thanks to improved education and access to reproductive healthcare,” said Andrea M Wojnar, UNFPA India Representative.

“This has led to major reductions in maternal mortality, meaning million more mothers are alive today, raising children and building communities. Yet, deep inequalities persist across states, castes, and income groups.

“The real demographic dividend comes when everyone has the freedom and means to make informed reproductive choices. India has a unique opportunity to show how reproductive rights and economic prosperity can advance together,” she said.

Except for the headline, this story has not been edited by The Telegraph Online staff and has been published from a syndicated feed.

source/content: telegraphindia.com (headline edited)


Dassault Aviation partners with Tata Advanced Systems for Rafale fighter fuselage production in India

Describing it as a significant step forward in strengthening the country’s aerospace manufacturing capabilities and supporting global supply chains, Dassault Aviation said the facility represented a vital investment in India’s aerospace infrastructure.

Dassault Aviation and Tata Advanced Systems Limited have signed four Production Transfer Agreements to manufacture the Rafale fighter aircraft fuselage for India and other global markets.

Describing it as a significant step forward in strengthening the country’s aerospace manufacturing capabilities and supporting global supply chains, Dassault Aviation said the facility represented a vital investment in India’s aerospace infrastructure and would serve as a critical hub for high-precision manufacturing.

Under the agreement, Tata Advanced Systems will set up a production facility in Hyderabad for the manufacture of key structural sections of Rafale, including the lateral shells of the rear fuselage, the complete rear section, the central fuselage, and the front section.

The first fuselage sections are likely to roll off the assembly line in 2028, with the facility expected to deliver up to two complete fuselages per month.

“For the first time, Rafale fuselages will be produced outside France. This is a decisive step in strengthening our supply chain in India. Thanks to the expansion of our local partners, including TASL, one of the major players in the Indian aerospace industry, this supply chain will contribute to the successful ramp-up of the Rafale and, with our support, will meet our quality and competitiveness requirements,” said Eric Trappier, chairman and chief executive officer (CEO) of Dassault Aviation.

Sukaran Singh, CEO and managing director, Tata Advanced Systems Limited, said: “This partnership marks a significant step in India’s aerospace journey. The production of the complete Rafale fuselage in India underscores the deepening trust in Tata Advanced Systems’ capabilities and the strength of our collaboration with Dassault Aviation.”

“It also reflects the remarkable progress India has made in establishing a modern, robust aerospace manufacturing ecosystem that can support global platforms,” he said.

“The signing of these contracts reflects Dassault Aviation’s strong commitment to India’s ‘Make in India’ and AtmaNirbhar initiatives. This partnership aims to strengthen India’s position as a key player in the global aerospace supply chain while supporting its goal of greater economic self-reliance,” said Dassault Aviation.

source/content: thehindu.com (headline edited)

Bound for space: Indian astronaut Shubhanshu Shukla set for SpaceX mission with halwa

Shukla will be the pilot on the Dragon spacecraft commanded by US astronaut Peggy Whitson with Poland’s Slawosz Uznanski-Wisiniewski and Hungary’s Tibor Kapu as mission specialists on the Axiom Mission 4 (Ax-4) during their 14-day stay on the orbiting laboratory.

Indian Air Force combat pilot Shubhanshu Shukla is set to fly to the International Space Station next week from a US spaceport aboard a SpaceX Dragon spacecraft and become India’s second astronaut since Rakesh Sharma’s 1984 Soyuz mission.

Shukla will be the pilot on the Dragon spacecraft commanded by US astronaut Peggy Whitson with Poland’s Slawosz Uznanski-Wisiniewski and Hungary’s Tibor Kapu as mission specialists on the Axiom Mission 4 (Ax-4) during their 14-day stay on the orbiting laboratory.

A SpaceX Falcon 9 rocket will launch the Ax-4 crew aboard the Dragon from Nasa’s Kennedy Space Centre in Florida on June 10. While aboard the ISS, the Ax-4 astronauts plan to conduct over 60 science experiments, public outreach and technology demonstrations. The launch was earlier set for June 8.

Shukla is a group captain with over 2,000 hours of experience flying multiple combat aircraft.

Shukla is one of four candidate astronauts selected for the Indian Space Research Organisation’s (Isro) Gaganyaan human space flight mission expected to take place in 2027.

“It’s been an amazing journey until now — the best is yet to come,” Shukla said on Tuesday at a countdown-to-launch media conference organised by Axiom Space, a US-based private aerospace company engaged in commercial missions to the ISS and working towards building the first commercial space station.

Shukla and fellow IAF group captain Prasanth Balakrishnan Nair, who’s serving as his designated backup, have been under training for the AX-4 mission since August 2024. All the AX-4 crew have undergone training at Axiom Space, Nasa’s Johnson Space Centre and SpaceX. The training has involved simulations of the launch and docking practice, emergency response drills, space station systems training and scientific payload operations.

“We’re ready to go, we’ve trained for all scenarios, bonded as a team,” said Whitson, who will be commanding her second commercial human spaceflight mission and add to her standing record of 675 days for the longest cumulative time in space by an American astronaut.

Shukla revealed during the media briefing that an air show during his school years and a fascination for fighter jets had drawn him into his career as a combat pilot. “When the opportunity (for an Indian human spaceflight mission) arose in 2018, I instinctively applied,” he said.

Among the seven science experiments Shukla will carry for India, one will examine the impact of microgravity on edible microalgae — a nutrient-rich food source. Another experiment will probe the growth of the organisms called Spirulina, a blue-green algae often described as a “superfood” in space.

Shukla will carry mango nectar, carrot halwa and moong dal halwa to share with his fellow astronauts on the ISS.

The experiments, developed under a tie-up between Isro and India’s department of biotechnology with support from Nasa, are intended to generate data for self-sustaining life support systems for future long-duration space travel.

“From orbit, I hope to speak to students, educators, and members of India’s space industry,” Shukla said, outlining some of the crew’s planned outreach activities from the ISS. Uznanski-Wisiniewsky plans to demonstrate physics experiments to students across Poland.

India’s space agency views the Ax-4 mission as yet another step towards its human spaceflight ambitions.

“The experience and the knowhow from the AX-4 mission is significant to us and will feed into our Gaganyaan programme,” Sudeesh Balan, project director at Isro, had said at a mission overview media briefing earlier this month.

source/content: telegraphindia.com (headline edited)

IISc researchers develop novel nanozyme which prevents excess clotting

When a blood vessel is injured, specialised blood cells called platelets get activated, and cluster together around the vessel to form protective blood clots. However, when these signals go haywire, oxidative stress and levels of toxic Reactive Oxygen Species (ROS) increase, leading to over-activation of platelets.

Researchers at the Indian Institute of Science (IISc.) have developed an artificial metal-based nanozyme that can potentially be used to clamp down on abnormal blood clotting caused by conditions like pulmonary thromboembolism (PTE).

According to IISc., under normal circumstances, when a blood vessel is injured, specialised blood cells called platelets get activated, and cluster together around the vessel to form protective blood clots.

This process, known as the blood clotting cascade (haemostasis), involves a complex series of protein interactions triggered by signals from physiological agonists (chemicals), such as collagen and thrombin.

However, when these signals go haywire in conditions like PTE or diseases like COVID-19, oxidative stress and levels of toxic Reactive Oxygen Species (ROS) increase, leading to over-activation of platelets. This triggers the formation of excess clots in the blood vessel, contributing to thrombosis, a major cause of morbidity and mortality.

To tackle this challenge, researchers led by G. Mugesh, professor in the Department of Inorganic and Physical Chemistry, have developed nanomaterials that mimic the activity of natural antioxidant enzymes, which scavenge reactive oxidative molecules.

These nanozymes work by controlling ROS levels, thereby preventing the over-activation of platelets that leads to excess clot formation or thrombosis.

The team synthesised redox active nanomaterials of different sizes, shapes, and morphologies via a series of controlled chemical reactions starting from small building blocks. They then isolated platelets from human blood, activated them using physiological agonists, and tested how effectively the different nanozymes could prevent excess platelet aggregation.

The team found that spherical-shaped vanadium pentoxide (V2O5) nanozymes were the most efficient. These materials mimic a natural antioxidant enzyme called glutathione peroxidase to reduce oxidative stress.

“The unique chemistry of the vanadium metal is crucial because the redox reactions that reduce ROS levels are happening on the surface of the vanadium nanomaterial,” said Prof. Mugesh.

The team injected the nanozyme in a mouse model of PTE. They found that it significantly reduced thrombosis and increased the animals’ survival rates. They also observed the weight, behaviour, and blood parameters of the animal for up to five days after injecting the nanozyme, and did not find any toxic effects.

The team now plans to explore the efficacy of the nanozyme in preventing ischemic stroke, which is also caused by clogging of blood vessels.

“We are hopeful about clinical studies in humans because we have done our experiments with human platelets, and they worked,” said Prof. Mugesh.

source/content: thehindu (headline edited)

68 Indian Institutions feature in CWUR global 2000 rankings; IIM Ahmedabad leads national list

IIM Ahmedabad tops Indian chart at 428th despite drop; Harvard retains global No.1 spot.

 A total of 68 Indian universities and institutes have secured places in the 2025 edition of the Global 2000 list released by the Center for World University Rankings (CWUR) on Monday. Leading the Indian contingent is the Indian Institute of Management (IIM) Ahmedabad, ranked 428th globally, despite slipping 18 places from last year.

CWUR is a prominent consulting organisation offering strategic insights to governments and academic institutions to enhance educational and research outcomes.

For the fourteenth consecutive year, Harvard University has retained its position as the top-ranked university in the world. It is followed by the Massachusetts Institute of Technology (MIT) and Stanford University. The University of Cambridge and University of Oxford complete the top five, making them the highest-ranked public universities globally.

The remainder of the global top 10 includes Princeton, the University of Pennsylvania, Columbia, Yale, and the University of Chicago all private US institutions. China, meanwhile, has overtaken the US in terms of the number of institutions featured in the rankings, with 346 universities included, up from 324 last year.

An official statement from CWUR noted, “India is enhancing its global standing in higher education. Thirty-nine universities from India have improved their rankings from last year, while 29 have seen a drop.” The main driver of this upward trend is improved research performance — with 37 Indian institutions showing gains in this area.

IIM Ahmedabad, while still the top-ranked Indian institute, fell 18 spots to 428th place. It retains an impressive 11th position globally for employability but declined in the quality of education indicator. The Indian Institute of Science (IISc) is ranked 521st, down 20 places, while IIT Madras jumped 21 places to 561st, just ahead of IIT Bombay (562nd) and IIT Delhi (582nd).

India’s top ten institutions also include Delhi University (636), Tata Institute of Fundamental Research (644), IIT Kharagpur (689), Academy of Scientific & Innovative Research (736), and Homi Bhabha National Institute (820).

CWUR President Nadim Mahassen commented, “With sixty-eight Indian institutions in the rankings, India is well represented among the world’s top universities. Increased financial support from the government and prioritising education and science will make India even more competitive globally.”

Globally, Mahassen warned of a concerning trend in the US, noting that while top institutions remain dominant, many others are falling in the rankings. “The decline of the vast majority of US institutions should concern the education authorities, particularly as Chinese universities benefit from years of consistent government support,” he said.

Asia rankings:
The University of Tokyo remains Asia’s highest-ranked institution at 13th globally. Other Asian leaders include Kyoto University (24th), Seoul National University (31st), Tsinghua (37th), Peking (44th), University of Chinese Academy of Sciences (46th), Shanghai Jiao Tong (61st), Hebrew University (65th), Zhejiang University (68th), and Weizmann Institute (70th).

Ranking methodology:
CWUR assessed 74 million data points to rank 21,462 universities globally based on four key metrics:

  • Quality of education (25%)
  • Employability (25%)
  • Quality of faculty (10%)
  • Research performance (40%)

Only the top 2,000 universities made it to the published list, representing 94 countries. Full results are available at cwur.org/2025.php.

India’s Top 10 in CWUR 2025 Rankings:
(Global rank | 2024 rank | Score)

  1. IIM Ahmedabad – 428 ▼ (410) – 75.2
  2. Indian Institute of Science – 521 ▼ (501) – 74.2
  3. IIT Madras – 561 ▲ (582) – 73.8
  4. IIT Bombay – 562 ▲ (568) – 73.8
  5. IIT Delhi – 582 ▲ (616) – 73.6
  6. Delhi University – 636 ▼ (622) – 73.2
  7. Tata Institute of Fundamental Research – 644 ▼ (606) – 73.1
  8. IIT Kharagpur – 689 ▲ (704) – 72.7
  9. Academy of Scientific & Innovative Research – 736 ▲ (798) – 72.4
  10. Homi Bhabha National Institute – 820 ▲ (903) – 71.8

(The full list includes 68 Indian institutions.)

source/content: newindianexpress.com (headline edited)