101 women mathematicians attend 3-day IIT-P conference
Inaugurating the conference, IIT-P director T N Singh eulogized India's rich mathematical heritage and recalled the valuable contribution of Aryabhatta and other distinguished mathematicians of the country. "Without mathematics, nothing can truly be imagined," he said.
Organising secretary of the conference, Kumari Saloni, emphasised the importance of providing a dedicated platform for women in mathematics.
He said, "The conference would foster meaningful academic engagement and mentorship for women in mathematical sciences, and bring together women researchers at the national forefront by highlighting their innovative ideas."
IIT-P's academic dean A K Thakur highlighted the institution's commitment to fostering a thriving culture of mathematical research, with special reference to women.
"The conference would feature 24 parallel sessions spanning a wide range of mathematical disciplines, along with three plenary talks, three invited lectures, and six presentations by early-career researchers.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Why seniors are rushing to get this Internet box – here's why!
Techno Mag
Learn More
Undo
Poster sessions would offer young mathematicians the opportunity to engage directly with established experts, encouraging mentorship and collaboration," said the organising secretary.
Supported by the National Board for Higher Mathematics (NBHM) under the Department of Atomic Energy (DAE), Govt of India, this conference marks a significant step toward fostering inclusivity and advancing women's leadership in the mathematical sciences.
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Time of India
38 minutes ago
- Time of India
As teams prep for Axiom-4's return, crew continues with science on orbit
Axiom-4 crew (Image credits: ANI) BENGALURU: Weather permitting, the four-member Axiom-4 mission (Ax-4) crew, including Indian astronaut Shubhanshu Shukla (Shux), is set to undock from the International Space Station (ISS) at around 4.35 pm IST on Monday (July 14). Hours after Steve Stitch, manager, Nasa commercial crew programme had confirmed the undocking date, Axiom Space confirmed the targeted time for undocking, beginning the homeward journey of the crew and culminating with a splashdown and recovery. The crew, which launched on June 25 and docked with the ISS the next day, has completed its planned 14-day tenure at the orbital lab and even 'enjoyed a rest day' upon completion of two weeks. Now, even as teams from Axiom, Nasa and SpaceX prepare for the crew's return to Earth, Commander Peggy Whitson, Pilot Shux, and mission specialists Slawosz Uznanski and Tibor Kapu are making the most of their final days on orbit. The science being done at ISS, Axiom said, was 'pushing forward a wide range of experiments that could shape the future of space exploration and improve life on Earth.' From testing of a special champagne bottle to work that could aid in allowing people with diabetes to travel to space, and from irrigating sprouts to gathering data to check if thoughts could control machines, Ax-4 mission had a research complement of around 60 scientific studies, including seven from India. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Franklin India NFO Investment Franklin Templeton India AMC Learn More Undo Aside from India, the scientific investigations are from 30 other countries, including the US, Poland, Hungary, Brazil, Nigeria, and Saudi Arabia. 'We're conducting more research studies than any private ISS mission before. It's not just about science—it's about international collaboration,' Whitson, the Ax-4 commander and a veteran astronaut, had said earlier. India's contribution includes a diverse portfolio of experiments in fields like biotechnology, agriculture, and human physiology, designed by institutions across Bengaluru, Dharwad, Thiruvananthapuram, and New Delhi. Among the Indian studies, one from IISc explored how humans interact with electronic screens in microgravity and investigated the resilience of tardigrades- microscopic organisms known for their survival capabilities. An experiment by InStem, Bengaluru, examined the effect of metabolic supplements on muscle regeneration in space, while testing the sprouting of salad seeds, critical for space-based nutrition, was designed by University of Agricultural Sciences, Dharwad. The International Centre for Genetic Engineering and Biotechnology (ICGEB), with NIPGR, designed the study to examine the behaviour of edible microalgae and cyanobacteria in space conditions. And Isro's IIST, alongside Kerala Agricultural University, sent experiments to investigate how microgravity influences the growth of food crops.
Indian Express
2 hours ago
- Indian Express
For India to be a real player in the AI race, Parliament must step up
As the US and China drive a new era of AI competition, and the EU asserts leadership on AI regulation, India has articulated its ambition to lead in technology and shape global AI governance. With its democratic legitimacy and digital capacity, India is positioned to represent the Global South in AI forums. However, without a comprehensive, politically grounded national strategy, it risks falling behind in technological capability and managing the attendant strategic and social transformations. The IndiaAI Mission, approved last year with a budget of over Rs 10,000 crore, is a welcome step. But it is a mission without a mandate. Housed as a division of a Section 8 company under the Ministry of Electronics and Information Technology, it is led by a bureaucrat. Operating without a Cabinet-endorsed national strategy, it lacks both the political heft to drive whole-of-government coordination or signal the long-term political commitment required to align public and private action. The US, China, the UK and the EU anchor their AI efforts in formal, Cabinet-endorsed national strategies with clear roadmaps and timelines. This governance gap is critical because India faces structural deficits that impede its AI ecosystem, which cannot be overcome through incremental approaches. The Indian R&D base remains relatively shallow. Our universities are underrepresented in global AI rankings; the pipeline of AI-specialised PhDs is limited; collaboration between academia and industry is weak. India continues to lose top-tier AI talent to global hubs. In the private sector, India's IT industry remains oriented toward services. Research investments are modest relative to international companies, and to the extent that the Indian IT industry has engaged with AI, it has been largely in deployment — downstream of frontier innovation. India lacks AI-first national champions and the deep-tech industrial ecosystem seen in global leaders. Venture capital majors are frank: They see India as a consumer market, not a deep-tech innovator. Funding remains skewed towards consumer tech, not foundational research. Bridging these deficits will require a coordinated transformation, guided by a national strategy, anchored in political consensus and designed to provide long-term policy stability. That consensus is what India's current approach lacks. Parliament's role goes beyond regulation; it is the primary forum for signalling bipartisan political consensus .Yet, Parliament has remained extraneous to shaping national AI governance. Less than 1 per cent of questions are on AI and there is no dedicated institutional mechanism for oversight. In other leading democracies, legislative processes have built bipartisan support for AI strategies, ensured transparency, and aligned governance with public values. Without parliamentary anchoring, India's AI governance risks remaining fragmented and vulnerable to administrative shifts. The consequences of this democratic deficit are evident. Important debates around strategic autonomy, use of public data, energy demands and national security implications have received short shrift in the largely technocratic policy discussions. This absence also undermines India's international credibility. While India's leadership of the Global Partnership on AI signals global ambition, other democracies will look at whether its domestic governance aligns with its aspirations abroad. The path forward is clear. India needs a Cabinet-endorsed National AI Strategy — presented to Parliament — that sets out a vision, an actionable roadmap, and mechanisms for democratic accountability. This strategy must establish an empowered coordinating authority with a whole-of-government mandate; align R&D, industrial policy, and security strategy, and create frameworks for public engagement and parliamentary oversight. AI is not just another technology. It is a general-purpose transformation that will reshape national security, economic structures and the social contract itself. Managing that transformation requires policy stability and legitimacy — built through broad-based national deliberation. India's strengths are undeniable: A young population, a competitive digital economy, and the world's largest democracy. These assets position India to chart an AI trajectory that combines innovation with inclusion. But that future will not emerge by default. The window for action is closing. As global AI governance frameworks take shape and capabilities advance rapidly, India must move beyond piecemeal initiatives toward a comprehensive strategy. AI governance must be treated as a national strategic priority — grounded in democratic consensus — if India is to shape an AI future aligned with its national interests and global leadership aspirations. Gupta is executive director of Future of India Foundation. This article draws from the Foundation's report, 'Governing AI in India: Why Strategy Must Precede Mission'
India.com
2 hours ago
- India.com
Big threat for India, as China prepares for space war, develops powerful Anti-satellite missile, plans 27000 satellites to…, it is capable of…, America also in danger
After the construction of the Three Gorges Dam, the world's largest hydroelectric power station, China is now making technological strides in the space domain. This also poses a great challenge for India, the United States, and its allied nations. While China claims that its ambitious space program is intended to be peaceful, but majority of the technologies it has developed recently also have possible military applications. Earlier, the U.S. had warned that China is quickly closing the technology gap. Whether it is talking about navigation satellites, communication networks, or reusable spacecraft, China's presence and capabilities are becoming much more than just science; they are becoming an overt strategy for seeking strategic dominance. What are anti-satellite missiles, and why are they dangerous? The BeiDou navigation system is China's navigation system. It comprises about 60 satellites which has gained full global coverage, and is increasingly being characterized as an enormous surveillance web. According to the media reports, China's military, the PLA, is now able to obtain more accurate location and timing information than the U.S.'s GPS in the Asia-Pacific area. Last week, the Indian Army stated that during a clash with Pakistan back in May, China was feeding live feeds of Indian military positions to Pakistan. If reports are to be believed, this satellite network is likely to enhance the accuracy of Chinese military assets like missiles, unmanned aerial vehicles, and other weapons. Also, it offers 'short messaging' services to provide alternative forms of communication in wartime situations. 'When the DGMO (director general of military operations) level talks were going on, Pakistan … said that we know that your such and such important vector is primed and it is ready for action … he was getting live inputs from China,' Lieutenant General Rahul Singh said at a defence industry event in New Delhi, reported Reuters. China has launched its own low-Earth orbit (LEO) satellite system, in imitation of Elon Musk's Starlink. According to the South China Morning Post report, China has at least two low-Earth orbit communication satellite mega-constellations under development. One of them, Qianfan, also known as G60 Starlink, is provisions of a broadband constellation of 14,000 satellites provided by Shanghai Spacecom Satellite Technology. Since last year, they have already launched approximately 90 satellites, and the plan is to complete this constellation by 2030. At the same time, another promising space venture that China Satellite Network Group (CSNG) is developing is the Guowang, or national network, that hopes to have two sub-constellations of a total of 13,000 satellites. It started at the end of 2024, and as of June, 34 satellites have been launched in low-Earth orbit. Similar to how Starlink provided connectivity to Ukrainian forces with satellite internet during the war against Russia, China's satellite networks could provide its military strong and resilient connectivity during a conflict. With the advantage of high bandwidth and low latency, these networks provide opportunity for significant improvements in command and control, situational awareness; and to conduct joint operations on multiple domains, especially supporting unmanned systems in the rapidly evolving environment of drone warfare. China has operationalized multiple satellites equipped with ISR—Intelligence, Surveillance, and Reconnaissance—capabilities. These include the Yaogan remote-sensing satellites with optical reconnaissance, synthetic-aperture radar (SAR), and electronic intelligence (ELINT) sensors. Yaogan 1, 2, and 3, the first three iterations of China's remote-sensing satellites, are commonly believed to be specifically engineered for military reconnaissance and surveillance missions. Moreover, China is also working on an unmanned reusable spacecraft – like the American X-37B Orbital Test Vehicle – that can go into orbit and remain for hundreds of days before returning home. The name of this secretive space plane is still classified, but many believe it might be the Shenlong, or Divine Dragon – a project on the country's hi-tech development plan that has existed since the 1980s. China is developing a reusable spacecraft called Tengyun, or Cloud Rider; it is designed to separate into two separate parts around 30-40 km (18-24 miles) altitude. One part (the first stage) will return to Earth, while the second part will continue into low-Earth orbit. The first test flight is expected in 2030.
