Quantum Theory / Particle Physics
April 23, 2019
A black hole, Event horizon, Big Bang, Steady State, M 87 Galaxy, General Relativity
When empirical evidence showed that the universe is expanding, the two theories Big Bang and the steady stable stood in front of each other and the M 87 galaxy was one of the focal points for the controversy which is still ongoing. Although the Big Bang fans claim complete victory, even by viewing the horizons of the M 87 black hole event, they cannot solve the problem of material eruption by the black hole and put off the supporters of the steady state theory that one of which was Einstein. The main problem is not in cosmic observations, the real problem is the weakness of cosmological equations that cannot explain the big bang's reason and can be interpreted on both sides of the dispute.
In this paper, the theoretical and empirical foundations of the formation of a black hole are described, the theoretical and empirical background formulation Einstein and Friedman cosmological equations were explained. And the role of these equations with cosmic observations is described in the emergence of the two theories Big Bang and steady state. Then, by revising the Friedman cosmological equation, the reason and mechanism of the black hole explosion are described, and we will see that the two Big Bang and the Steady State theories with a bit of flexibility are adaptable, and by using this new approach, some cosmological problems can be resolved.