If a compressed bunch of neutrons, such as in a neutron star, cools to a very low temperature, and is then slowly decompressed, what happens?
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I was curious, we always look at space as vast emptiness (not accounting for light rays and all the other energy waves, just talking about pure space), where once we thought it was an aether. Since we have so much secondary evidence (as in, we have not perceived space per se, but we see the affect it has on matter), do we have any theories that support space being itself a medium of some sort? It can be warped, it provides enough drag as to keep all but photons from going light speed. Light can be bent through it just as light can be bent through water or glass. It seems to me that space could be the "aether" past scientists thought it was, only it is a substance so inert that only matter attempting to travel at relativistic speeds are even affected by it.Everything I know about these matters is compatible with space being an "aether" as you say. Which is not to say, however, that the proposition has been proven, but there is much evidence that is compatible with it.
it provides enough drag as to keep all but photons from going light speedI believe this is a misconception: light's speed is not limited by "drag". Using that term runs into difficulties, such as, if there is drag, then there should be friction, and energy loss, and absorbtion of the light. These things do not occur in free space. The limit of the speed of light is something that I am unable to confidently explain, but it is very probably an inherent property of the geometry of space-time combined with the photon's lack of rest mass.
If the above were true, I think matter is like the oil to space's water. If you drop oil onto water, it automatically gets pushed into a circular shape. Could gravity not be a force of matter attracting to matter, but space pushing matter into "oil" globules?The analogy would seem imperfect. Oil-water phenomena are associated with the surface tension differences caused by differences of molecular attraction. Gravity is described by an equation more similar to the electrostatic field associated with charge, that is, the differential properties of the phenomenon depend upon the presence of its cause at the same point. These mathematics suggest that the oil-water analogy is not a good one.
circularly polarized light would indeed carry angular momentum. If it is also true that measuring photons, which are initially polarized at angle 𝚹What does it mean that circularly polarized light is initially polarized at an angle? The two concepts seem to be mutually exclusive.
Einsteinís equations of space and time are variations of electrical equations.It is more accurate to say that electrical equations are variations of Einstein's equations of space and time.
The square of the distance law applies both for electrical forces and gravitational forces.That is a happenstance that works when the forces are relatively weak, but in general, the forces differ in significant ways. For example, electromagnetic waves are dipolar, whereas gravitational waves are, according to General Relativity, quadripolar. Also, the inverse-square law in the case of gravity starts falling apart when the strength of gravity is such that orbiting bodies can reach a significant fraction of the speed of light.
The Earth spinning around the sun appears to be some sort of electrical motor.Electrical interactions do not propel the earth around the sun; it is a matter of momentum and the frictionless of space.
The face of the moon with respect to the Earth appears similar to a phase locked loopThe analogy is significantly inexact: the Moon has a nonzero quadrupole moment to its mass distribution, that meshes with the nonuniformity of gravity to keep it pointed toward the earth, although there is a bit of wobble in this process. There is no electrostatic or magnetic attraction that accounts for this.