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Our Galaxy is controlled from the Hyperspace through the central massive black hole
At the center of each galaxy there is a super-massive black hole that is millions to billions of times heavier than our sun. The massive black hole captures nearby stars and drags them into a swirling accretion disk. A "torus" in the inner accretion shields the black hole in those systems that are viewed edge on (which is probably the case for our galactic center). In many of these systems (which are called AGN = active galactic nucleus), a jet is ejected perpendicular to the disk and is seen in the optical and radio wavebands. In the very central regions the disk becomes so hot (tens of millions of degrees) that the emission is in the X-ray and Gamma-ray bands. This animation shows an artist's impression of the view from an approaching spaceship.
Einstein's general theory of relativity describes gravity as a curvature of space-time caused by the presence of matter. If the curvature is fairly weak, Newton's laws of gravity can explain most of what is observed. For example, the regular motions of the planets. Very massive or dense objects generate much stronger gravity. The most compact objects imaginable are predicted by General Relativity to have such strong gravity that nothing, not even light, can escape their grip.
Our Galaxy is no exception. It also has a massive black hole at the center. Scientists now understand these massive black holes are actual connectors to the Hyperspace. The Hyperspace outside our 3D Universe is controlling everything that happens through these black holes. The gravity waves carry the instruction set through these massive black holes.
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