Universe of Light: Solving the Biggest Mysteries in Physics

The answer to the biggest mysteries in physics can be found in the simple notion that, contrary to conventional theory, all things, including space itself, are composed of electromagnetic waves. Together, the waves form a substance or field separate from the immutable spatial dimensions in which that substance sits and deforms. Being the same substance, where matter is denser, space is denser also, resulting in the “warping of the fabric of spacetime” and the “extra mass” behind dark matter. Waves, and the objects they make up, travel toward the densest regions in space, resulting in gravitation. At the subatomic scale, the waves spiral to form vortexes, which are the true forms of particles, seamlessly connected to the space around them. Particles being made of waves explains why matter exhibits properties of both waves and particles and why nothing can travel faster than the speed of light – because everything is made of light. This light is the energy that is conserved and used in all physical operations and why mass is determined by the amount of energy in an object (E=mc2). Space itself stretches as waves move and gather, causing light traveling through space to become stretched as it travels. Space is stretching, as the conventional theory claims, but not as the universe expands; instead, it is stretching toward the galaxies, discounting dark energy and the Big Bang. Details about this long-sought-after theory of everything can be found in Universe of Light.

The philosophical principle known as Occam's razor states that when there exists two explanations for an occurrence, the simpler one is more likely to be true. And no proposed theory of everything could be simpler than one that claims that everything in the universe is made up of just one thing: light.

Topics covered include: time, gravity, dark matter, black holes, energy, particle creation, wave-particle duality, magnetic monopoles, antimatter, electric charge, ionization, the creation of lightning, quantum mechanics, quantum fluctuations, the coronal heating problem, redshift and how it applies to cosmic expansion, cosmic inflation, dark energy, and the Big Bang, and more.

Originally released in November of 2015.