rather , scientists recorded low-frequency noise a universe that can be compared with the link mikhail sazhins article back in 1970 , with the help of radio pulsars in the universe , there is a world with a large city, they rotate at a speed of 1,000 revolutions per second and more and emit radio waves in the form of a narrow one. there must be some reason for it. this method of getting to the bottom of the reason is called pulsar timing. no really give you a signal periodically. what hours can serve? pulsars, when an aviation wave from some under the influence of this one in a very weak gravitational wave signal failure from the pulsar and may be evidence of the influence of long fish with different amplitudes in this range, respectively, waves come from all directions to detect waves of low number. can you calculate when the next impulse comes or is it thousandth or millionth you know? here is the exact timetable, here are the residual deviations, which are not impulsive - the eighth, there 10-99. hz. you have these here these evasions. well, they look like such waves, but with a slope it i

universe, which can be compared with the sounds of a bass, used the method proposed by our scientist mikhail sazhin for this. in his article back in 1978, he put forward the idea of ​​​​registering the effects of gravitational waves, with the help of radio pulsars in the universe, there are millisecond pulsars, objects with a mass of about the sun and the size of a large city, they rotate at a speed of 1,000 revolutions per second or more and descend radio waves in the form of a narrow beam, like a beacon, they are fixed by radio dishes if there are changes in the signal that come from pulsars, there must be a reason for it; this method of getting to the bottom of the reason is called pulsar timing. no, very witty. he's very simple. so, let's imagine that you have such a watch, right? which is ticking give you a periodic signal, what kind of clock can serve? pulsars, when an aggregation wave from some source comes, it shifts a little. uh, well, it shifts, so to speak, uh hmm, and the detector is there and the pulsar too. well, in general, you are going through some changes, as if the distance from