- B Ross
- Ames, IA
- United States
Oatmeal Theory of Gravity
The following hypothetically describes how matter absorbs space to produce gravity.
Some elementary particles have reached maximum entropy (rest state) filling space in all directions. These entropies are like blankets on top of each other in layers. Each physical law we observe is obeying the requirements of these blankets.
The gravitation particle has reached its rest state in the (x,y,z,t). However, it has not reached its entropy in a dimension I call up. The up-direction corresponds to gravitational potential energy and intuitively away from matter. The up-coordinate=0 corresponds with the location where gravitational energy is distributed to other fundamental mechanisms.
Pressurized space flows into matter. This imbalance drives the other forces and observable time. We see time through the lens that is this thermodynamic process. Fundamental time has yet to be defined. For now I like to call it Grandfather Clock Time and it governs all. Thermodynamic time is a transformation upon the Grandfather Clock.
My notion of Thermodynamic Time, t = f (gravitational flux)
The relative net radial inward flux of space void per unit mass is directly proportional to the relative rate of aging of an object. The linear velocity of the flow is c, the speed of light. As an objects relative velocity approaches c, the relative net flux approaches 0. Zero relative net flux equals zero relative time passage for that object. Therefore, this idea concurs with Special Relativity.
b = Bobby's Constant = 1(second-up), local gravitational pressure head
G = Newton's Constant
flowrate per unit mass = (Q)/kg = bG = 6.67 x 10^(-11) (m^3)/(kg*s)
Closing Statement from B Ross
Gravitation is our substrate undergoing quantum tunnelling on its way to a lower energy state.
Black holes give this substrate and other material a path to this lower energy state.
Black holes give familiar matter (all things confined to thermodynamic interaction) sufficient kenetic energy to disassemble upon collisions. These particles disassemble within the black holes until the particle components are no longer required to adhere to classical mechanics.
The components break down until they have the degree of freedom allowing probabalistic mechanical behaviors to emerge. Once this degree of freedom is achieved, these components will "move" throughout the universe q-radiating and q-convecting while seeking entropy. I'll explain the q prefix shortly. Anyhow, this new degree of freedom allows the components to radiate and convect without being confined to macroscopic thermodynamics.
Macroscopic configurations of particles (MC) restrict degrees of freedom in physical systems and the emerging order is observed as classical mechicanics occurring as a function of "time".
Black holes strip away these complexities and leave particles free to traverse space and, more interestingly, time. So, q-radiation and q-convection happens and reorders the contents of the universe across time.
Q-convection is why the distant night sky is fairly homogenious and why the universe appears to be expanding.
If this is true, hawking radiation will be detectable from a black hole before it is a black hole.