Conclusion When I was a kid, I encountered many things in my life that made no sense. I spent many hours wondering about these things and thinking of how it was that they were possible. I remember once trying to think of how small the smallest division of space could be. This puzzled me a lot, because in my mind the idea of a world with no end to its inner surface was equally as disturbing to me as a world sliced only into finite pieces. A lot of what I settled on to justify my understanding of cause and effect was ultimately warped by a false grasp on the true nature of my perception. As I’ve progressed though my life though, through observing and studying the things that I interact with, I have learned to attribute the causes of things much more accurately to their true sources. Given our senses, a set of organically constructed biophysical mechanisms by which we perceive reality, it is easy to look out into the world and learn to navigate it. The limits seem easy to gauge on the surface of interaction, and at a Newtonian level, an elementary intuition of kinematics and thermodynamics would seem to be all you need to start to build profound explanations for the processes in our universe. This mentality has driven the greatest minds in history to compose our modern understanding of one of the most fundamental phenomena in nature: Light (Electromagnetic Radiation). This website is only an introduction to the surface level interactions we perceive from visible light. The properties noted here have taught us to understand several key dynamics that have helped us build our current picture of visible light. There is much more to this phenomena than meets the eye though: brilliant minds in math and physics have spent centuries studying light and at the end the day its nature is still illusive on a quantum level. Curiosity is the key to understanding the essence of our reality, a truly fascinating composition of the elegant laws of physics illustrated by the universal language of mathematics. The study of light is to this day incomplete, our understanding of its true dynamics must be studied more before we can conclude its ultimate roll in our universe:     In the words of the great theoretical physicist, Paul Dirac, "It seems that some essentially new physical ideas are here needed." <index <1 , <2 , <3 , reference>