Free Falling Temperature Experiment

[Simon4159870717]

Proton-Electron structures consume some Space-Energy, and the Space-Energy will disappear and the space it maintains will be extinguished. The space around the atom is constantly annihilated, and is immediately replenished by the nearby space. The movement of space carries the matters in the space to move. Because the quantity of particles of the earth is so large, the space is annihilated very quickly, and the outer space is also replenished so quickly that we feel that we are pulled to the center of the earth by gravity. In essence, the space under our feet is decreasing, and we are carried down by the space above our heads.

Gravity is essentially acceleration, and force is just the expression of acceleration.

• Gravitational Lens: The movement of space is so fast, when the light passes near the mass, it is twisted and turned. It is because the space near the mass is moving to the mass, while the photons are passing through the space, they are carried by the moving space to the mass, and the direction of the photons are changed. This phenomenon of light refraction occurs not only in the vicinity of large masses (such as the Star), but actually occurs in the vicinity of all particles. Because the annihilation of space is so tiny, so we can not make such precise observations yet. 

• Mass-Space-Rate: Different elements consume different quantities Space. 

• Space-Moving-Rate: Energies move differently to the same space moving, some move the same speed with space, some totally don't disregard space moving. Presume a Space-Moving-Rate is SMR (/s), the SMR will be between 0 to 1. 

From this hypothesis, there come 3 inferences:

1. The star with higher temperature causes more gravity than the lower one.

Because with the higher temperature, the electrons reach the RFF much more easily than the cooler ones.

2. Active element star causes more gravity than the inert element star.

Active elements are unstable, the electrons reach the RFF more frequently than inert ones. Inert elements are so stable that it is so hard to break the balance of the RFF and CFF.

3. The temperature of mass under gravity movement drops down.

Because the SMR of electrons and protons is different, one (I don’t know which one) moves faster than the other, the faster one consumes some Coulomb force to keep the later one as an atom. Then the whole mass will lose some energy, that will be shown as losing temperature. If the time under gravity movement (free falling) is enough, the temperature could be dropped to 0 K.

There could be an experiment for this inference: make a device, which can keep internal part temperature insulated, regularly send the temperature degree of internal part and outer part via signal. Release this device in outer space, let it be captured by the sun's gravity. Observing these temperatures can verify this inference.

 

I am not sure there was such kind experiment before.