Any Physics Enthusiasts?

I have published a new theory of Relativity, called the Quantum Angular Offset Theory of Relativity.

It's quite complicated, but here are a few key points and summary. If anyone enjoys popular physics and wants to challenge themselves, I invite you to read the document. I'm currently working with some mathematicians on the final geometry proofs, but the math isn't necessary to understand the theory from the layman's perspective.

LINK WHERE YOU CAN DOWNLOAD QAO Theory of Relativity

What is the speed of light from the perspective of a photon of light? It is infinite. It has moved the entire distance through space with the passage of zero time.

Einstein's Relativity relies on the premise that light in a vacuum is a constant for all observers regardless of the motion of the light source.

There is an exception to this rule that Einstein did not note: Light itself will measure it's speed to be different from all normal matter. This leads me to the following notions:

Exceptional Relativity:

1- All normal mass with identical Event Counts will observe the speed of light in a vacuum to be a constant, and;
2- A photon in a vacuum will always measure its own speed to be infinite.

The question that needs to be answered is that if light measures the speed of light to be infinity, then why isn't the speed of light always infinite for other observers?

A short answer is that the speed of light is both infinite and finite - and this is a result of what I call the Quantum Angular Offset - which basically means that geometric angles are subject to the same uncertainty principle as other measurements. This means that when light moves away from a source, it is moving at an angle that is known only within a margin of error.

Here is my preface, and from here, I invite anyone who is interested to take a read. I wrote this Theory to be accessible to people who are science enthusiasts as well as actual physicists, but nevertheless, it does get a bit complicated


â??The Universe is woven together by two equivalent types of dimensions: Spatial and Temporal. The dimensions are distinguished by the property that â??Passageâ?? through a Temporal dimension is a function of mass, whereas â??Movementâ?? through a Spatial dimension is a function of energy. Though the Spatial and Temporal dimensions are closely (but not perfectly) bound together at the quantum level by gravity, the dimensions exist in very different forms from each other. Spatial dimensions can be thought of as energy dimensions, and Temporal dimensions as mass dimensions.

Gravity is a charged force that is expressed by the dimension themselves - attracting unlike dimension-types to each other, and repelling like dimension types away from one-another. It is this force that collapses the three spatial dimensions into the shape of lines, and orients those lines at right-angles to one another (by like-charge repulsion) while holding them â??in-orbitâ? (by dislike-charge attraction) close-to, but not on top of, each other and the Time dimension (i.e. within a Quantum Sphere).

There is an absolute compass to the universe which sets out a specific Root set of axes - aligning the Time dimension uniformly, everywhere throughout spacetime. This compass is validly reestablished at every Event in spacetime. In the absence of mass, the three Spatial dimensions are offset from each other at right angles due to the repulsive like-force of gravity; however, the Spatial axes themselves have no set universal orientation, only relative orientation, and thus the spatial-axes system is freely rotated.

All particles must be able to determine a distinct location for themselves in spacetime in order to exist in spacetime; and particles must be able do to this with only the information they have about themselves.�