OK, it's a mouthful... I know. This theory is about unifying General Relativity and Quantum Mechanics through an ontological exploration of geometry and physical interactions. In other words, I am approaching physics from a conviction that everything that happens in our reality has a physical explanation that can be described with geometry and intuitive physical interactions. 

For over a hundred years, we have approached physics from a more "shut up and calculate" bias, never taking the time to understand what's really happening behind the equations. I have found that with a few conceptual tweaks to how we assume extra dimensions work, and how the geometry of quantum interactions is formed, we can bring back a scientific view our world that is accessible and makes sense.

For this video, I cover a framework for thinking about extra dimensions and focus on a fifth dimension of space as a better explanation for gravity and General Relativity.

Many scientists have postulated that we need more dimensions to explain our observations in physics. The problem has been "Where are they?" This is my proposal of a different way of thinking about dimensions so we can perceive them, measure them, and incorporate them into our understanding of physics.

In this video we answer the question “What is time?” We tackle this both conceptually and mathematically to demonstrate that time or “c” is a physical geometric side to the containing space of the Universe. 

At the end of the video, we also dive into how this approach will make it easier to travel faster than light (FTL), understanding black holes, and what anti-gravity really is. 

In this video I discuss a simple, intuitive, and consistent model for understanding light that doesn't require wave-particle duality... or particles... or photons. This is a continuation of the goal of this series to unite the worlds of General Relativity and Quantum Mechanics. 

This is an important "side quest" in this theory, as we have to restore a conceptual geometry to atomic behavior in order to understand the role of extra dimensions later on.