It's a bold claim, I know. But I may have accidentally unified physics.
Potentiokinetic Field
What we call spacetime is really a field of scalar of potential (proper/subjective time) and a 3D vector of kinetic (space/motion/momentum). When you square these, you have potential energy and kinetic energy. Thus, the potentiokinetic field (instead of a confusing spacetime). Exactly like the electromagnetic field is a combination of a scalar electric charge and a 3D vector of magnetic flux, which when squared produce electric energy and magnetic energy.
Fun fact: Newton's force law, f = ma, can be derived from this. Veritasium video
Electro-Weak-Potential, Strong-Kinetic correspondence
The weak force (nuclear decay/fission) corresponds directly to potential energy/time and also to the electric charge - all scalars. (CPT symmetry) So I was idly wondering, what if the strong force (nuclear force/fusion) corresponded to the 3D vector of momentum? Well, the weird part of the strong force is the color charge, which always has to balance to clear (nothing), with three different colors (red, green, and blue) and their anti-colors. Which correspond roughly to the three dimensions of space, but where r+g+b = 0. (Think of them each as pulling 120 degrees away from each other.) The composite particle is stable when the pulls cancel out. So color charge is equivalent to momentum if you squint hard enough at it.
Rule of 1+3
- The electromagnetic field is a scalar and a 3D vector. 1+3
- The potentiokinetic field is a scalar and a 3D vector. 1+3
- The weak-strong field would be a scalar and a 3D vector. 1+3
- Everything works in 1D time and 3D space. 1+3
- Thus, all of physics is 1+3 fields of 1+3.
Everything checks. There are no contradictions. There are no infinities. There are no singularities.
- Everything adds up to nothing.
- Except for time and energy.
- Proper (subjective) time is potential energy.
- Potential energy is real energy.
- Time is the potential for change.
- Time is the reservoir from which all other things are made possible.
- Energy density is a constant.
- This includes the potential energy of time.
- This is the Planck energy constant.
- There is no such thing as negative (anti) energy.
- This is completely different from opposite charges and spins, which are all different forms of positive energy.
- The lowest an energy level can go is zero.
- In a theoretically empty space, potential energy is maximized, because all other energies are zero.
- Black holes are hollow shells of maximal energy density surrounding the absolute nothingness of zero potential energy (no time).
Cosmology
Rule 0 of physics holds that everything adds up to nothing, except for time and energy. But what if these aren't really exceptions?At the moment of creation, space, time, and energy were created. Equal amounts of time and anti-time, equal amounts of energy and anti-energy, and space and anti-space. The negative energy (and thus, anti-matter) went with the negative time and space, and the positive energy went with the positive time and space. Thus, a universe and anti-universe were simultaneously created, each the opposite of the other, maintaining rule zero. From nothing emerged a total of nothing. (This can be adapted to creation in a pre-existing infinite space, because negative and positive space are identical.)
Gravity cancels with mass?
ReplyDeleteNo. Gravity is a combination of the kinetic (vector) and the gradient of the potential (scalar). Mass is energy, energy is subtracted from potential. Remember, every form of energy adds up to a constant, and time is potential energy.
DeleteYou also have to account for the elasticity of space. Energy doesn't poke holes in spacetime, it creates curves.
Got it all up to time is potential energy. Let me ponder more. I like the construct, generally.
ReplyDeleteThe trick is to remember it's Einsteinian perceived time, not the forward arrow flow of time everywhere. As you speed up, your perception of time slows down. As mass increases, the rate of flow of time slows down. Everything else draws from the potential energy well of perceived time, until it runs dry at the boundary of a black hole.
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