CLASSICAL PHYSICS IS NONLINEAR, QUANTUM PHYSICS IS LINEAR

CLASSICAL PHYSICS IS NONLINEAR, QUANTUM PHYSICS IS LINEAR

Quantum computing uses the principles of quantum mechanics to explain the behavior of matter and energy at atomic and subatomic levels. A quantum algorithm operates within the quantum level of physics. Quantum gravity surfs on the nooks and crannies of spacetime. The...
Now is the time to add a fundamental level to physics. 

Now is the time to add a fundamental level to physics. 

Supersymmetry is a hypothesized doubling of nature’s elementary particles. The Higgs depends upon all interactions to be dialed to just the right amounts of positive and negative charges to cancel each other out. The aim is to determine if supersymmetry is...
Now is the time to add a fundamental level to physics. 

THE FUNDAMENTAL LEVEL OF PHYSICS LIES BENEATH THE OTHER TWO

Science does not evolve gradually toward truth. Its paradigm remains constant before undergoing a paradigm shift when current theories can’t explain some phenomenon. Now is the time to add a fundamental level to physics. Science must move beyond theories based...
FUNDAMENTAL, QUANTUM, & CLASSIC ARE THE 3 LEVELS OF PHYSICS

FUNDAMENTAL, QUANTUM, & CLASSIC ARE THE 3 LEVELS OF PHYSICS

Quantum physics is the operating software that runs the microscopic, subatomic world. Physicists have identified 57 distinct species of elementary particles. Five percent of the universe is visible matter, and ninety-five percent consists of dark matter and dark...
FUNDAMENTAL, QUANTUM, & CLASSIC ARE THE 3 LEVELS OF PHYSICS

The fundamental level of physics operates the matrix of your mind

Our brains process the information received by our senses. It issues its best guess with every electrical impulse received. Some brains guess better than others. The characteristics of demand systems vary from person to person. The processor of our brain operates from...