Publisher's Synopsis
This book explains how the new theory of Universal Reality unifies relativity and quantum theory. By taking a computational approach in which spacetime is not a pre-existing container for events but is computed in the form of an entanglement network by quantum events along with mass-energy structures it avoids the incompatible views of spacetime of relativity and quantum theory which has been the main barrier to their unification.
This computational model is based on little recognized fundamental principles hidden within both relativity and quantum theory. These fundamental principles are simple and easy to understand and revolutionize our understanding of the universe.
The first principle is that everything in the universe continually travels through combined space and time at the speed of light. Thus if anything gains velocity in space its velocity in time automatically slows. This principle underlies the time dilation of special relativity and provides a firm physical basis for the arrow of time and a present moment of existence, which revolutionizes our understanding of time.
The second principle is that all forms of mass and energy are different forms of spatial velocity. Thus gravitational fields become fields of intrinsic velocity density, which by the first principle slow the velocity in time of anything in the field. This principle reveals that gravitational time dilation and linear time dilation are two aspects of the same thing and it also reveals the hidden reason for the conservation of mass and energy as simply the conversion of one form of spatial velocity to another.
Then by taking the processor that actually computes reality as using a fixed number of cycles to compute either velocity in space or velocity in time general relativity automatically emerges, and by taking those processor cycles as randomly oscillating between computing velocity in space and velocity in time at the quantum scale the Uncertainty Principle and wavefunction descriptions of particles automatically emerges as well. The result is a unified computational process that seamlessly computes both relativity and quantum reality, and mass-energy and spacetime.
In the context of the computational model these fundamental principles lead to all sorts of amazing new insights that can't be found anywhere else such as convincing explanations for how the presence of mass actually curves spacetime, the true fundamental nature of time, the explanation for Newton's bucket and actual versus observational time dilations, a simple new and convincing explanation of dark matter, and the status and location of the laws of nature as virtual data in computational space, all questions current physics has been unable to answer.
This is a serious scientific theory based solidly in modern physical and computational science that proposes a revolutionary new interpretation of the universe completely consistent with modern physics but from an entirely new perspective. Anyone interested in the fundamentals of time, relativity, quantum theory, and reality in general will find this book a fascinating and mind opening read.
