Tuesday 17th of October 2017

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The Indian connection to Physics Nobel Prize of 2017

New Delhi, Oct 7:-- Union Ministry of Science and Technology, on Friday, said that India too is delighted with the 2017 Nobel Prize for Physics awarded to Rainer Weiss, Barry C Barish & Kip S Thorne under the LIGO Project for their discovery of gravitational waves because the discovery paper cites 39 Indian authors/scientists from nine institutions as co-authors of the paper.

 

The Nobel Prize for Physics 2017 celebrates the direct detection of gravitational waves arriving from the merger two large Black holes in a distant galaxy a billion of light years away.

 

Gravitational waves carry information about their dramatic origins and about the nature of gravity that cannot otherwise be obtained.

 

This opens a new window to Astronomy since Gravitational Waves are an entirely new way of observing the most violent events in space.

 

According to the release, 39 Indian authors/scientists from nine institutions - CMI Chennai, ICTS-TIFR Bengaluru, IISER-Kolkata, IISER-Trivandrum, IIT Gandhinagar, IPR Gandhinagar, IUCAA Pune, RRCAT Indore and TIFR Mumbai, primarily funded through individual/ institutional grants by Department of Atomic Energy, Department of Science & Technology and Ministry of Human Resource Development AE, DST and MHRD, are co-authors of this discovery paper.

 

Prakash Javadekar, Union Minister for Human Resource Development also tweeted, "Proud of Indian #GravitationalWave scientists' role in #NobelPrize2017 especially pioneer Dhurandhar & team at @IUCAApune @HRDMinistry #UGC."

 

Dr Harsh Vardhan, Union Minister for Science & Technology, Earth Sciences, Environment, Forests and Climate Change tweeted, "The #NobelPrize for #GravitationalWaves should inspire young Science/ Engineering students to join @IndiaDST & @DAEIndia to build #LIGOIndia."

 

Late Professor CV Vishveshvara of RRI, Bengaluru (DST AI) and Professor SV Dhurandhar of IUCAA, Pune and and Indian scientists made seminal contributions to this field which contributed towards the principles behind the LIGO Detector, the release said.

 

The group led by Bala Iyer (currently at ICTS-TIFR) at the Raman Research Institute in collaboration with scientists in France had pioneered the mathematical calculations used to model Gravitational Wave signals from orbiting black holes and neutron stars.

 

Theoretical work that combined black holes and gravitational waves was published by C. V. Vishveshwara in 1970.

 

These contributions are prominently cited in the discovery paper.

 

According to the release, an opportunity for India taking leadership in this field has opened up with the LIGO-India mega-science project that was granted ‘in principle’ approval by the Union Cabinet in February, 2016.

 The global science community is unanimous that the future of Gravitational wave astronomy and astrophysics, beyond the first discovery, lies with the planned global array of GW detectors, including the LIGO-India observatory, the release said.

 

Inclusion of LIGO-India greatly improves the angular resolution in the location of the gravitational-wave source by the LIGO global network.

 

For the discovery event observed by the two advanced LIGO detectors in the US, with a hypothetical LIGO-India in operation, there would have been 100 times improvement in the angular resolution, according to the release.

 

The LIGO-India proposal is for the construction and operation of an Advanced LIGO Detector in India in collaboration with the LIGO Laboratories, US.

 

The objective is to set up the Indian node of the three node global Advanced LIGO detector network by 2024 and operate it for 10 years.

 

The task for LIGO-India includes the challenge of constructing the very large vacuum infrastructure that would hold a space of volume 10 million litres that can accommodate the entire 4 km scale laser interferometer in ultra high vacuum environment at nano-torrs.

 

Indian team is also responsible for installation and commissioning the complex instrument and attaining the ultimate design sensitivity.

 

The LIGO-India project is being jointly executed by lead institutions: the Inter-University Centre for Astronomy and Astrophysics (IUCAA), Pune of the University Grants commission, and DAE organisations, Institute for Plasma Research (IPR), Gandhinagar, the Raja Ramanna Centre for Advanced Technology (RRCAT), Indore and the Directorate of Construction & Estate Management (DCSEM) of DAE.

 

LIGO-India is being jointly funded by the Department of Atomic Energy (DAE) and the Department of Science and Technology (DST).

 

A LIGO-India Apex committee, together with the LIGO-India Project Management Board (LI-PMB) and LIGO-India Scientific Management Board (LI-SMB), were constituted in August 2016 to oversee the project execution, and there has been rapid pace of progress since then.

 

LIGO-India is on track for commencing operations by 2024.

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