Scientists from the University of the Chinese Academy of Sciences in Beijing have found confirmation of Albert Einstein’s theory, which predicted the possibility of the existence of gravitational waves and stimulated emission sources in the Universe, which form the basis of laser technology. The study appeared on: portal scientific publications arXiv.
The theoretical model proposed by physicists is based on axions, hypothetical ultralight particles that fill space and represent one of the possible options for the existence of dark matter.
Axions are so light that they have quantum properties. This means that the wavelengths are large enough, allowing particles to interact with black holes. However, by their nature, axes do not fall outside the event horizon, they revolve around a gravitational funnel like electrons in the atomic nucleus.
Under certain conditions, gravitational waves emitted by black holes can cause the axes to move in a coordinated manner, causing the gravitational waves to amplify even more. The process will continue until the focused gravitational waves hit the spaces with a narrow beam like a laser.
According to Chinese scientists, such gravitational wave signals have never been recorded before. The next generation of space observatories must confirm or deny the existence of this phenomenon. If gravitational lasers can be detected, this will prove the existence of dark matter in the form of axions.
Physicists before in the name a way to capture the elusive dark matter.