Very little of this "thesis" is my own original work, but here's a summary anyway:Psi Wavefunction wrote:K Farasight, how about a nice short 500 word abstract of your thesis there? I don't understand what your theory is in the first place, and from experience, lack of understanding on my part is very often related to lack of clarity on the writer's part. A good writer can be understood by anyone making an effort, regardless of the complexity of the subject. On the other hand, a poor writer can even obfuscate tying shoelaces. Let's see your abstract. (I don't have time to read walls of text outside my discipline at the moment...)
In barest essence energy is a volume of stressed space.
Mass is a measure of the amount of energy that is not moving in aggregate with respect to the observer.
Charge is topological. The electromagnetic field is a frame-dragged region of twisted space, and if we move through it we perceive a turning action which we then identify as a magnetic field.
Time exists like heat exists, being an emergent property of motion. It's a cumulative measure of motion used in the relative measure of motion compared to the motion of light, and the only motion is through space. So time doesn’t really flow and we don’t really travel through it.
A gravitational field is region of inhomogeneous space. The coordinate speed of light varies because vacuum impedance varies, resulting in gravitational time dilation and attraction through refraction.
Provided we conserve angular momentum via pair production, we can trap stress-energy in "knot" configurations, creating particles with mass and charge. The electron is a trivial knot with a turn and a twist. The positron is the same knot with the opposite chirality.
The proton is a trefoil knot, three turns and a twist. The neutron is a proton plus a twist and two turns. The neutrino is a turn, a mere running loop, and muon and tau neutrinos have more loops, as do the muon and tau themselves. The antiparticles are "mirror-image" knots that go the other way, and the unstable particles are not true knots, so they always come undone.
We always measure the in-vacuo speed of light to be the same because we're essentially "made of light". Low-energy proton-antiproton annihilation to neutral pions that then decay to gamma photons illustrate this principle.
The common photon amplitude is a spatial extension of 3.86 x 10^-13 metres, and is the quantum of quantum mechanics. The wave function doesn't describe where a point particle can be found, it describes where the extension is.
The weak interaction is akin to rotational friction, the residual strong force is neutron linkage. The electromagnetic force is caused by twisted space, whilst the strong force is the bag-model stretch that keeps space together. The gravitational force is the result of a gradient in the relative strength of the electromagnetic force and the strong force.
The Universe expands because space behaves like a ghostly compressed elastic solid, and there's nothing outside to hold it in. There is no space beyond the universe, there is no distance, there is no there. So the universe is unbounded, but finite and flat. More space expands more, so the expansion is increasing. Space expands between the galaxies but not within, so space is not homogeneous. It's dark, it's energy, and since it's inhomogeneous around every galaxy, we don’t need dark matter to explain flat galactic rotation curves.