- A significant fundamental change in physics and cosmology is at hand.
- Information is the starting point of physics. Everything that emerges comes from the fundamental level of physics. The fundamental level is the constructor of information.
- ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES. (one is three, three is one, everything else is two).
- Quantum theory is based on the duality between the observed and the observer. It states that the observer affects the observed reality by the very act of watching. A controlled experiment shows how the act of being observed changes a beam of electrons. The investigation revealed that the greater the amount of watching, the greater the observer’s influence on what takes place. There are no particles; there are only fields. We can think of particles as a combination of waves, a wave packet.
- Light behaves in some aspects as a particle and other elements, like a wave. When a quantum observer is watching, quantum mechanics states particles can also act as waves. The wave-particle duality of quantum mechanics in physics and chemistry means that wave-particle duality holds that light and matter exhibit properties of both waves and particles. All matter in the universe has wave properties. However, the wavelength is too small to impact day-to-day activities practically.
- The energy emitted can be the frequency of the emitted light, which is the Wave-Particle Duality definition. Particles are what they are at the quantum level, so they are truly indeterminate until they interact. The fundamental level of physics decides. An interaction creates an excitation between fields. This excitation looks like a particle to us. All we can ever measure is particles.
- We can’t measure what path a particle will take because they hide as waves behind the observed excited particle. Thus, the perceived duality.
- Photoelectric effect, light is a bundle of particles called photons; the light is a wave. Light exhibits wave-particle duality because it exhibits properties of both waves and particles. Wave-particle duality includes all particles.
- We can’t measure a particle’s path because they hide as waves behind the observed excited particle on a delayed-choice basis. Why? Because it must first flow through the fundamental level of physics for disposition.
