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MELBOURNE: Fourth India-Australia 2+2 Secretary-level Consultations - November 3, 2024
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TORONTO: India’s response to diplomatic communication from Canada - November 2, 2024
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NGERULMUD: Shri Harsh Kumar Jain concurrently accredited as the next Ambassador of India to the Republic of Palau - November 1, 2024
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DHAKA: Statement on attack on Puja Mandap and desecration and damage to Hindu temples in Bangladesh - October 31, 2024
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KINGSTON: Shri Subhash Prasad Gupta concurrently accredited as the next High Commissioner of India to St.Vincent and the Grenadines - October 30, 2024
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STOCKHOLM: Dr. Neena Malhotra appointed as the next Ambassador of India to the Kingdom of Sweden - October 29, 2024
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BEIRUT: Statement on recent developments in southern Lebanon - October 29, 2024
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BANGKOK: Meeting of Prime Minister with Prime Minister of Thailand - October 28, 2024
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NEW YORK: H1B Visa “Thing Of Past”: Union Minister Piyush Goyal After US Visit - October 28, 2024
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MOSCOW: Prime Minister meets with the President of the Russian Federation - October 27, 2024
ROME: Indian scientist bags World Academy Of Sciences award
ROME: Prof
Parameswaran Ajith, a scientist with the International Centre for Theoretical
Sciences of the Tata Institute of Fundamental Research (ICTS-TIFR), has been
awarded the inaugural young scientist award for frontier science (TWAS-CAS) in
the physical sciences, by the Italy-based World Academy of Sciences.
The award recognizes outstanding young scientists from developing countries. “I
was fortunate to have many wonderful mentors, collaborators and students who
made my work possible. Modern science is a collaborative enterprise. This is
particularly true in my area of research,” Ajit said.
Ajith’s research spans the physics
and astrophysics of gravitational waves — ripples in spacetime whose existence
was predicted by Albert Einstein a century ago, and first detected by LIGO
observations in 2015. A member of the LIGO scientific collaboration since 2004,
Ajith and his research group at ICTS-TIFR have made important contributions
towards deciphering this Nobel-winning discovery.
Ajith pioneered a method to model the expected gravitational-wave signals from
colliding binary black holes. Theoretical models calculated using this method
are now being used to extract the properties of gravitational-wave signals from
LIGO observations, ICTS said in a statement.
His research group has also developed ways to test Einstein’s theory from
gravitational-wave observations and to study the properties of black holes that
produce these waves.
“At ICTS-TIFR, we are immensely proud of Prof Ajith and his accomplishments. This
recognition of his important contributions to the LIGO discovery, is a
particularly singular honour. It is a matter of pride not only for ICTS and
TIFR but also for India, given how competitive this award is,” Prof Rajesh
Gopakumar, Centre Director, ICTS-TIFR, said.
Based in Trieste, Italy, the World Academy of Sciences works to support
sustainable prosperity through research, education, policy and diplomacy in
developing countries. The TWAS-CAS young scientist award for frontier science
was established in 2020 and is awarded to scientists not older than 45 years
old, from developing countries. The first edition (2020) of the award
recognizes achievements in the field of physical sciences.