Three scientists Rainer Weiss, Barry C. Barish and Kip S. Thorne.
Weiss, an honorary physics professor at the Massachusetts Institute of Technology, contributed a large part to the conceptualization, design, fundraising and construction of LIGO.
Professor Kip Thorne, a theorist at the California Institute of Technology, has made important predictions about gravitational wave shape, how to identify signals among collected data.
Barry Barish, a particle physicist, has made a great contribution to making the experiment a reality, accelerating the process of building LIGO in 1999.
Gravitational wave discovery is the result of a collaboration between experimental scientists who make one of the planet's most sensitive machines and theorists predict the signal from two black holes. What real collision looks like.
After a century of speculation and 25 years of developing a series of devices, it is possible to recognize distortion of only 1/1000 the diameter of an atomic nucleus along the 4 km length of a laser. In 2016, the discovery of gravitational waves, marking an important breakthrough of space science.
Simulate two rotating black holes and create gravitational waves.(Photo: Extrem Tech.)
Thanks to the world's most sophisticated detection machine, when observing the collision of two black holes scientists discovered gravitational waves from disturbances in the space-time structure when a cubic object large amounts, such as black holes or neutron stars, move.
The Royal Swedish Academy of Sciences announced the Nobel Prize in Stockholm, half of the prize worth about $ 1.1 million awarded to Rainer Weiss, half of the remaining money went to Kip Thorne and Barry Barish.
mr. marius nilsen - a norwegian progressive party parliamentarian proposed awarding the nobel peace prize to american billionaire elon musk for many reasons.
elon musk was nominated for the 2024 nobel peace prize by a norwegian parliamentarian for protecting freedom of speech on twitter and providing satellite internet to ukraine.
another dimension of space coexisting in parallel with our three-dimensional universe is always a mystery that makes scientists crazy. according to physicists, gravitational waves can be the key to helping us find those mysterious dimensions.
the owner of the 2017 nobel peace prize is the international campaign to eliminate nuclear weapons (ican) in an effort to reach a treaty to ban the weapon.
new gravitational wave signals are produced when two black holes are 3 billion light-years away facing each other and eventually merging into a new one discovered by german scientists in the early morning of january 4.
a collision between two neutron stars, 130 light years away, has been recorded by scientists. this is a long-anticipated gravitational event, but until now new scientists have the opportunity to observe directly.
in addition to the three other fundamental forces of the universe, the electromagnetic and nuclear forces are weak and strong, and the weakest gravitational force can cause impacts at very far distances.
anyone who solves the problem, seeking to rank the runner on the board will be awarded a $ 1 million prize. this is a very complicated problem, to find solutions that can take thousands of years.