1
New Theories / Re: What exactly is gravity?
« on: 28/01/2020 13:58:49 »Friends,
It is true that science developed a lot. We know several things and we are able to carry out research in space and we are sending rockets to other planets.
I think there is every need to revise the present existing theories. I don't think it is so good, going by ants perception, trampoline analogy. Ok, they may be correct, let us discuss to have "What exactly is gravity".
Yours
Psreddy
Gravity appears to be governed by two sets of principles, at the same time; Einstein and Newtonian. In terms of Einstein and General Relativity, as mass accumulates, space-time curves and contracts. Time slows and distances contract in space-time. The black hole, for example, has distance contracted to a point and time has essentially stopped.
In terms of Newtonian, gravity induces weight and pressure. As the weight and pressures increase distances between materials get smaller, in parallel to GR. However, the time variable in the Newtonian aspect speeds up instead of slows. This is evident in matter vibrations and transitional states and the frequency of energy output. In the sun, for example, the core pressure causes nuclear fusion and transitions, with the release of high frequency energy. This result is the time element in the Newtonian and Einstein each go in opposite directions.
There are two distinct time aspects with respect to gravity. This makes sense since gravity is a force, while acceleration due to the gravitational force, has the units of d/t/t or one part distance and two parts time.
In terms of an application, a black hole will have space-time contracted to near a point-instant. This is the Einstein leg. The Newtonian leg is connected to the compressed matter and energy transitions close to zero time or extreme frequency In other words, the black hole should be internally generating exotic particle states similar to early universe. This is unexplored by science, since they do not seem to understand that gravity displays two opposite time vectors.
The following users thanked this post: pasala