logo
Shubhanshu Shukla To Return After Two-Week Debrief at Axiom, Microgravity Experiments Await Analysis

Shubhanshu Shukla To Return After Two-Week Debrief at Axiom, Microgravity Experiments Await Analysis

News184 days ago
Shukla told the media that all the microgravity experiments of ISRO conducted on the ISS have been completed and shipped to India for analysis, though he did not share the results
With post-mission rehabilitation and recovery complete, Group Captain Shubhanshu Shukla —the second Indian to travel to space—is set to return to India after a two-week debriefing at Axiom Space. Shukla was the main pilot for Axiom Mission-4, which concluded on July 15 with a successful splashdown in the Pacific Ocean on the US West Coast.
Shukla travelled to the International Space Station with three other crewmates—one each from the US, Hungary, and Poland—on a private space mission funded by the respective countries. The Indian Space Research Organisation (ISRO) spent nearly Rs 550 crore on this collaboration with Axiom Space, SpaceX, and NASA.
In his first press briefing after his successful return from space, Shukla mentioned that his body is adjusting well. 'It takes time to get used to gravity, find your balance, and do simple things that you were doing all your life without even giving a second thought. However, with a well-curated rehabilitation programme, I felt normal within 3-4 days. My rehabilitation has been going great—I feel I'm ready for another space mission," Shukla said virtually from Texas.
'It is difficult to give details now, but I'm excited to share that there were certain experiments where I could see the results while we were on the ISS. This was very encouraging for me. All the experiments have been shipped to researchers back home. In due course of time, we will come out with the findings and results," he added.
The experiments explored muscle regeneration in space using supplements, algal growth for potential food, crop viability, microbial survivability, cognitive performance in space, and the behaviour of cyanobacteria—all aimed at understanding human spaceflight and microgravity science.
Discussing the upcoming Gaganyaan mission, for which he is one of the four astronaut-designates, he said that the entire experience of going to space, conducting experiments in orbit, and the year-long training programme will be very valuable for the mission.
India's first human spaceflight, Gaganyaan, is expected to launch in 2027, following multiple uncrewed test flights lined up in the coming year. The Rs 20,000 crore mission aims to send three astronauts into low Earth orbit and bring them safely back to Earth.
view comments
First Published:
Disclaimer: Comments reflect users' views, not News18's. Please keep discussions respectful and constructive. Abusive, defamatory, or illegal comments will be removed. News18 may disable any comment at its discretion. By posting, you agree to our Terms of Use and Privacy Policy.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

C Raja Mohan writes: Trump's techno-capitalism, tech broligarchy and India's challenge
C Raja Mohan writes: Trump's techno-capitalism, tech broligarchy and India's challenge

Indian Express

time3 hours ago

  • Indian Express

C Raja Mohan writes: Trump's techno-capitalism, tech broligarchy and India's challenge

An important anniversary in India's technological history passed largely unnoticed last week — the launch of the Satellite Instructional Television Experiment (SITE) in 1975. A pioneering collaboration between the Indian Space Research Organisation (ISRO) and the US National Aeronautics and Space Administration (NASA), SITE used the American ATS-6 satellite to beam educational programmes in local languages to over 2,400 villages across six of India's most underdeveloped states. The content included primary education, health awareness, agricultural practices, and national integration. SITE remains a landmark in the technological imagination of India's developmental state. For the US, the project was an expression of 'scientific internationalism'— the Cold War-era belief that modern science and technology could advance peace and prosperity through international collaboration. But that idealism quickly faltered. Following India's 1974 nuclear test, Washington's enthusiasm for technology cooperation gave way to non-proliferation anxieties. It would take three decades to overcome these disputes and rebuild bilateral trust. This effort culminated in the launch of the Initiative on Critical and Emerging Technologies (ICET) under President Joe Biden in 2023, aimed at reinvigorating India-US cooperation in advanced technologies. Whether ICET can survive renewed political turbulence in the bilateral relationship — marked by differences on Russia, trade, and Pakistan — remains uncertain. Yet, a more structural challenge looms: The increasingly divergent trajectories of the Indian and American technology ecosystems. Even in 1975, the SITE programme featured private sector participation. The ATS satellite was built by the Fairchild Corporation (now defunct). But in the years since, the American technology landscape has undergone a dramatic transformation. NASA, once the dominant actor in space, now shares the stage with private firms like Elon Musk's SpaceX, which conducts more launches annually than the government agency itself. Over the past two decades, America's dynamic technology sector has not only accelerated innovation but also given the US a strategic edge over its rivals. The US government continues to play a vital role — particularly in defence procurement and standard-setting — but increasingly acts as a catalyst rather than a controller. China, by contrast, has charted a different course. Since Deng Xiaoping's call for 'scientific modernisation' in the late 1970s, the Chinese state has pursued a centralised, mission-driven model of technological advancement. Decades of double-digit growth, rapid industrialisation, and heavy investment in scientific research and higher education have propelled China into the front ranks of global technological power, especially in AI and space technology. Despite starting later than India, China's civilian space programme now competes with that of the US and is expanding its global footprint through initiatives like the Digital and Space Silk Roads. India's own trajectory remains moored somewhere in between the American and Chinese models. Recent reforms have introduced greater dynamism into India's space sector, but Delhi is still some distance from fully mobilising its private sector to secure a larger share of the global space economy or rejuvenating its higher education and scientific research establishments. While India finds its footing, the global tech landscape is being reshaped by dramatic developments in the US. In recent weeks, the Trump administration has unveiled two major initiatives — on AI and cryptocurrency — that symbolise a novel approach to techno-politics. Unlike Biden, who sought to regulate and constrain Big Tech, Donald Trump has given it a free hand. In embracing Silicon Valley's libertarian elite, Trump is remaking the American state not as a regulator of big technology, but as its enthusiastic enabler. What emerges is a distinct philosophy of techno-capitalism: Unapologetically post-liberal, aggressively nationalist, fiercely deregulatory, and ambitiously expansionist. Trump's 2025 AI policy prioritises dismantling regulatory barriers, building data infrastructure, promoting AI-led manufacturing, and mobilising hundreds of billions of dollars in public and private investment. While all major economies aspire to grow AI, the combination of American capital and Silicon Valley's technological prowess sets the US apart. Trump's techno-capitalism also extends into financial innovation. The recently enacted 'GENIUS Act' marks a decisive break from the Biden administration's cautious approach to cryptocurrencies. The Act creates a framework for dollar-backed stablecoins, requiring them to be fully backed 1:1 by liquid US assets such as cash or short-term treasuries. It also mandates reserve disclosures and consumer protections, laying the groundwork for mainstream adoption of stablecoins as digital payment systems. The policy aims to reinforce the US dollar's role as the world's reserve currency and counter growing calls for 'de-dollarisation,' including from BRICS nations. Rejecting the idea of a central bank digital currency, the Trump administration is also setting up a Strategic Bitcoin Reserve and has ended prosecutions of major crypto firms initiated during the Biden years. Here too, the motivation is not just economic—it is geopolitical. At the ideological heart of this techno-capitalist revolution is Peter Thiel, a venture capitalist and co-founder of PayPal and Palantir, and a staunch supporter of Trump's tech agenda. Thiel insists that true innovation arises not from state mandates or regulatory frameworks, but from visionary entrepreneurs liberated from liberal-democratic constraints. His worldview blends libertarian individualism with a muscular nationalism that sees China as America's principal technological adversary. This marks a decisive break from the techno-optimism of the 1990s, when the rise of the internet was seen as heralding a borderless, decentralised world where the state would gradually recede. That dream proved short-lived. Governments reasserted themselves through regulation, surveillance, and digital sovereignty. Today, we are witnessing the rise of a new state-capital compact—a 'tech broligarchy' in which Silicon Valley elites and Washington collaborate to pursue technological supremacy not for utopian ends, but for strategic advantage. This alliance is central to Trump's broader effort to reconfigure global trade, finance, and security. Whether one supports or opposes this project, its ambition and momentum are undeniable. If even a fraction of the current AI hype is realised and a portion of the planned investment materialises, American techno-capitalism will loom large over the world's economic future. India cannot remain untouched by these shifts. The celebrated Indian IT sector— long a symbol of the country's global economic integration and a major contributor to its GDP—now faces serious vulnerabilities. As AI begins to automate many of the services that defined India's IT outsourcing boom, traditional jobs may disappear or become obsolete. Add to this Trump's growing hostility toward H-1B visas, and the threat to India's digital workforce becomes even more acute. India's ambition to be a major exporter of tech talent could also be undermined by the West's rising techno-nationalism and hostility to immigration. We are only at the beginning of this techno-capitalist revolution. Will its march be inevitable and triumphant? The alliance between American populism and Silicon Valley could unravel over time due to internal contradictions or commercial rivalries. But the structural shifts now underway in American techno-capitalism—and their global implications—are likely to be enduring. For India, the imperatives are clear. There is an urgent need to overhaul the domestic tech sector, expand investment in scientific research, and better integrate private enterprise into national innovation strategies. The country must also prepare its industry, workforce, and regulatory institutions for a new era of technological transformation. The writer is contributing editor on international affairs for The Indian Express and senior fellow at the Council for Strategic and Defence Research

NASA Aims For Nuclear Reactor On Moon By 2030 To Beat China, Russia
NASA Aims For Nuclear Reactor On Moon By 2030 To Beat China, Russia

News18

time4 hours ago

  • News18

NASA Aims For Nuclear Reactor On Moon By 2030 To Beat China, Russia

Last Updated: The envisioned system would generate at least 100 kilowatts of power, which is enough to support lunar bases, research missions, and future commercial activity. NASA Acting Administrator Sean Duffy has urged the NASA to accelerate efforts to deploy a nuclear reactor on the Moon, emphasising the need to outpace global competitors such as China and Russia. Speaking at a recent space policy conference, Duffy described the development of lunar nuclear power as vital for advancing America's space exploration ambitions and securing its national interests in space, according to ABC News. 'It's about winning the second space race," a senior NASA official told Politico, underscoring the urgency behind the push. Duffy believes that establishing a reliable nuclear power source on the Moon will be a foundational step toward enabling long-term lunar habitation, deeper exploration of Mars, and strengthening the US foothold in space. NASA has been directed to fast-track the development of a surface nuclear reactor with an ambitious target to have it operational on the Moon by 2030. The envisioned system would generate at least 100 kilowatts of power, which is enough to support lunar bases, research missions, and future commercial activity. In his recent proposal, Duffy called on private aerospace and energy companies to submit reactor designs that could be tested and eventually deployed on the lunar surface. Duffy also proposed that the US should accelerate plans to replace the aging International Space Station (ISS) to maintain its leadership in orbital operations and refocus on lunar and Martian exploration. He warned that rivals like China and Russia are advancing their own plans to dominate key areas of space. In fact, in May 2025, China and Russia announced plans to build an automated nuclear power station on the Moon by 2035, raising alarms in the US about potential 'keep-out zones" being declared on the lunar surface. This isn't the first time NASA has invested in nuclear technology for space. In 2022, the agency awarded three contracts totalling $5 million to develop initial reactor concepts under its Fission Surface Power Project. Duffy was appointed acting administrator in July 2025 following the retirement of former NASA Administrator Bill Nelson. view comments First Published: Disclaimer: Comments reflect users' views, not News18's. Please keep discussions respectful and constructive. Abusive, defamatory, or illegal comments will be removed. News18 may disable any comment at its discretion. By posting, you agree to our Terms of Use and Privacy Policy.

Homi Bhaba university asks state for 10,000-sq-ft space for satellite campus
Homi Bhaba university asks state for 10,000-sq-ft space for satellite campus

Time of India

time7 hours ago

  • Time of India

Homi Bhaba university asks state for 10,000-sq-ft space for satellite campus

Mumbai: Dr Homi Bhabha State University (HBSU), Maharashtra's only govt cluster university, is seeking 10,000 square feet of built-up space from the state govt to establish a satellite campus. The university is in talks with the govt to seek the campus in a location that is well-connected by the city's railway network, to make it accessible for students, even from the underprivileged background. HBSU, which currently comprises six prominent colleges, including Sydenham College, the Institute of Science, and the historic Elphinstone College, is planning significant expansion over the next five years. This includes both the introduction of new academic programmes and the development of additional physical infrastructure. Established in 2019 with four constituent colleges, HBSU recently added two more institutions to its cluster. The cluster university, which recently set up a Section 8 company (non-profit) for innovation and startups and also a tinkering laboratory, needs physical space for the project too. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like 20 Unforgettable Cars from the Past Undo A govt official said they understand the university's requirements and will look into it. HBSU has already diversified into fintech programmes, but in the next five years, with a target of increasing enrolment by 20-25% per year, it also plans to diversify with programmes in emerging technologies and equipping all its students with digital skills. "We are looking at offering varied undergraduate, postgraduate and diploma programmes in artificial intelligence, machine learning, data science, cyber security, blockchain technology, quantum computing, robotics, internet of things, among others. The other direction of growth is in the area of climate change, sustainability and green economy. There is a lot of scope towards carbon accounting and green finance and students can make use of the city as a living laboratory to engage with pressing challenges such as waste management," said Rajanish Kamat, vice-chancellor, HBSU, adding the humanities and sciences departments will also start inter-disciplinary programmes in health informatics and digital health. You Can Also Check: Mumbai AQI | Weather in Mumbai | Bank Holidays in Mumbai | Public Holidays in Mumbai With new programmes, the university is facing a serious space crunch, and has already shifted some of the classes from the main campus on Madam Cama Road to the Secondary Training School in Dhobi Talao. The university was recently sanctioned a funding of Rs 20 crore under PM-USHA scheme, part of the disbursed fund was used to set up an IoT laboratory on campus. The university's current student strength is 7,000.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store