Japanese scientist solved the 30 -year secret of the “incompatibility of black holes 10:36

A scientist from Tokyo Capital University decided to have a long -lasting puzzle on the astrophysicist – explained that one of the frequencies of gravity waves spread by a black hole did not behave as expected. It turned out that this was the result of the resonance between two different ways of the “voice of the black hole or the resonance between the so -called modified modes. The discovery gives a strong acceleration to the development of spectroscopy of black holes. Published in İş Magazine Physical Review Letters (PRL).

Black holes are objects with excessive intensity, gravity is so strong that even light cannot leave its limits. International Cooperation With the discoveries in the field of gravity wave within the framework of Ligo-Virgo-Kagra, humanity was first able to observe the “vibrations ın of the space-time caused by the conflicts of black holes.

In 1997, a graduate student Hisashi Onozava discovered a strange “incompatibility ında in one of the modes defining the gravity waves of the black hole. Then anomaly seemed to be an error, but using strong computers, repeated calculations over and over again. Mystery remained unresolved for almost thirty years.

Now, Associate Professor Hayato Motohasi solved this problem with the help of a new theoretical physics – an area called physics without commission. He showed that the unusual behavior is not related to the interaction of two resonance modes, not a separate fashion. Moreover, such resonances become a universal phenomenon feature of many gravitational wave mode.

This discovery is important not only for astrophysics, but also for optics where these phenomena are observed in electromagnetic waves. Thus, a new interdisciplinary direction is born – non -commission gravity physics. Ligo opens new horizons for the analysis of data obtained by the world’s largest observatory, such as Başak and Kagra.

Previously, scientists open 30 -year meteorite ridge.