Download this chapter for offline viewing (no videos, 2MB)Download this chapter for offline viewing (includes video content, 18MB) An effective technique to understand the early Universe is to reduce the radius in 1/2 multiples until Planck’s distance is reached. After 202.329469427 iterations the Universe’s radius reaches Planck’s length. It is here that Planck’s length, the […]
Category: Occam’s Razor
Download this chapter for offline viewing (no videos, 1MB)Download this chapter for offline viewing (includes video content, 14MB) The Universal Black Hole began at Planck-Wheeler’s mass and a curvature that had a Planck-Wheeler radius. Since that first moment in time, the mass of the Universe has increased causing the radius of the Universe’s black hole […]
Download this chapter for offline viewing (no videos, 5MB)Download this chapter for offline viewing (includes video content, 130MB) The Occam’s Razor approach to the description of the Universe has led to the Universal Black Hole solution. This model needs to be examined to determine if it has any credibility under the formulations of General Relativity. […]
Download this chapter for offline viewing (no videos, 1MB)Download this chapter for offline viewing (includes video content, 22MB) Gravitational systems act from a point of central attraction. This central force causes the outward movement of the Universe to slow. The slowing Universe reduces the velocity of light, and the greater dispersion of mass reduces the […]
Download this chapter for offline viewing (no videos, 7MB)Download this chapter for offline viewing (includes video content, 61MB) One most sacrosanct principle in physics is the law of the conservation of energy. The Universe is a closed system. While mass has increased during the Universe’s expansion, energy has remained constant. Under General Relativity, energy in […]
Download this chapter for offline viewing (no videos, 4MB)Download this chapter for offline viewing (includes video content, 111MB) Planck-Wheeler’s energy and mass unify quantum mechanics and General Relativity. Planck-Wheeler mass and energy are both smaller than the total mass and energy content for the Universe, but these values are not minimum values for either mass […]
Download this chapter for offline viewing (no videos, 1MB)Download this chapter for offline viewing (includes video content, 30MB) Angular momentum is built into the fabric of the Universe. Planck’s “constant”, which became the foundation for quantum mechanics, is a measure of quantum angular momentum. It unitizes all events into their quantum subunits. Angular momentum is […]
Download this chapter for offline viewing (no videos, 1MB)Download this chapter for offline viewing (includes video content, 47MB) Matter and energy are structured with waveforms. These waves generate events with each passage through the midpoint of the wave. The frequency of these waves is determined by the energy of the mass or electromagnetic impulse. In […]
Download this chapter for offline viewing (no videos, 2MB)Download this chapter for offline viewing (includes video content, 79MB) The waveforms of quantum mechanical processes generate events that are placed in Minkowskian spacetime. These are added to the mass of the Universal Black Hole and the surface of time. From the first event of the Big […]
Download this chapter for offline viewing (no videos, 3MB)Download this chapter for offline viewing (includes video content, 36MB) The factors of the Universal Black Hole existed at their extrema quantities at the Big Bang. All was unified. After that first event dispersion caused the Universe to become the diverse experience it is today. This unification […]