Mysteries of Physics Explained: The universe is made of six interwoven spacetime manifolds

by Pardu Ponnapalli

Many questions remain unanswered by modern theoretical physics, can galaxies and galactic clusters stay together when there is insufficient mass to provide the gravitational force that is needed?oWhy is the universe expanding and accelerating in its rate of expansion?oWhy does General Relativity characterize the universe as a smooth continuous relation between manifold curvature and energy, while Quantum mechanics suggests a basic discrete set of jumps as fundamental?oWhy does the Standard Model, which works so well, seem like it’s patched together and complex?oWhy did the universe start with a very slight imbalance between matter and antimatter?oWhy does time seem to flow from past to future (the arrow of time)?oWhy does matter exhibit wave/particle duality?oWhy do we need to use procedures like renormalization (subtracting infinity from infinity to get a renormalized finite value)?oWhat constitutes a measurement, the basic mechanism that causes a wave function to collapse into an observable state?I propose a model of the universe that answers all these questions and keeps the existing mathematical framework intact. The Big Bang resulted in a distribution of mass across six spacetime manifolds that are now interwoven at a fundamental level. The mass in manifolds other than our own is what is being perceived as dark matter. The cosmological constant is a very natural outcome of considering interactions between manifolds. Mysterious procedures like renormalization are a result of simple physical processes occuring between manifolds. The mysteries of modern physics will be explained in a very straightforward manner in this model.

115 pages, Kindle Edition

Published April 1, 2017

Reviews

[Thomas James · Rating 3 out of 5]

Hmmm...Could Be

These guys are far more learned than I on this subject but I have always had a couple of questions: 1. Why do all the gravity and planet interface models all exist in only two dimensions? 2. If there are other time zones that do not exist in one another, how could they account for missing mass? 3. Finally, what if gravity had mass?

[Angela Randall · Rating 5 out of 5]

Good book

It was a good book. I liked it. It explained dark matter and it was easy to understand. Thank you