On the Relation of Matter and Energy: An Introduction to the Light Flow Model Hypothesis

Have you ever wondered why your hand doesn't pass through solid objects when you touch them? What about how magnets can push against one another when separated by several centimeters of air, whereas your finger must touch the 'surface' of a magnet before stopping? These are but two examples of the same underlying principle, expressed in different enough ways so as to appear as completely different interactions.

Basically, this book attempts to identify physical rules that universally apply at all levels of scrutiny. Doing so entails relating all observed forms of matter and energy together in an intuitive, non-disjointed way. In particular, a hypothetical relation between matter and light is proposed and explored via experimental conceptualization. Evidence that supports these rules and relations is founded in observations.

Each observation that is discussed is related to its most fundamental governing principles. That is, the 'macroscopic' world is related to the 'microscopic' world. Really, to fully grasp how the world works, the two should never be considered separately!

In an effort to make the material more accessible to anyone interested, explanations are made visually intuitive, rather than depending upon mathematical descriptions. However, be prepared to imagine--visually--both the really small and the really big! (From sizes smaller than a neutrino, to larger than galaxies!)

If you're interested in the mechanics of how the universe works and aren't afraid to consider new ideas, then this book is for you.