April 5, 2015
gravitomagnetism, general relativity theory, Jefimenko, Heaviside, spherical galaxy, disk galaxy, quantum state
There seems to exist a way to transform apparent chaos into an ordered system. The key for such a behavior lays in gravity itself, and more precisely in gravitomagnetism. The results of the G Probe-B experiment, in 2011, proved gravitomagnetism’s superiority over other theories like General Relativity and its deduced metrics, and it is in this light that the solution can be found. We apply the gravitomagnetic principles to a random spherical galaxy with a global null angular momentum and unveil how this system eventually becomes a disk galaxy. Moreover, we deduce the quantum nature of galaxies through this process and, by the analogy between electromagnetism and gravitomagnetism, we prove by deduction the quantum nature of atomic structures as well.