- If you can’t perceive it, does it exist anyway? Everything is energy at the most fundamental of levels. Reality is a ubiquitous illusion. However, if you experience it, it is your reality. It is objective to your perception of the now. There is no universal now. The past is always remembered subjectively. Time resides in your head. We have pictures of the past that we can call up at will. It flows and goes.
- Time is far from being settled. Time knows nothing about the past or the future. Its operational model is to be here now. It keeps time, but it doesn’t know why. It doesn’t know the score or even who is playing. It has no information.
- The energy of the movement of time causes heat from friction. But time keeps time perfectly. No movement, no time. Friction agitates atoms and molecules. The generated heat decides the length and breadth of all actions. Systems drive everything; they operate over time. Atoms and molecules are agitated by friction to make things happen. When systems become more complex and connected, more different types of motion are possible, and more energy is tied up in those modes. Thermodynamics is the study of heat and energy. The universe has a fixed amount of energy. Energy goes from concentrated to dispersed on a one-way street. Energy is always going elsewhere.
- Entropy measures disorder. Entropy moves order out of the way. Entropy isn’t a cause of anything. Entropy is caused by energy flowing to a lower state. Entropy increases are the effects of some interactions. Order and disorder are patterns. Messy always prevails. Order begets disorder.
- Friction under movement causes entropy to chip away at order. The quantum level generates new order as it moves through time. The classic level is responsible for the entropy function. Time is the vehicle of disorder. Entropy is the decider of what time is. There will never be a time when space and time are separate. The distance between galaxies is increasing because of time.
- Time is elastic; gravity shortens time. The photons in free space with permittivity, permeability, & dielectric properties are stretchy, so the stretch is adjustable, and so is the time endowed with this nature. Gravity can only be here, now. Now isn’t relevant to then. Gravity constantly begins again. Quantum gravity orders things, Classic physics provides the disorder of things. Entanglement is an inherently quantum mechanical property.
- Processes and systems are ephemeral. Events are transitory. Everything hits the quantum gravitational wall. Atoms and molecules jump around; they disappear into heat while moving things. The orbits within atoms have quantized sizes and energies. Energy is emitted from an atom when an electron jumps from one orbit to another closer to the nucleus.
-
Energy atom
- The flowing of time begets memories. Time is smooth and continuous, even though it is quantized at the quantum level. Reality is a snapshot in time. The past is fixed; the future is up for grabs. The arrow of time goes both ways, but not for us. Friction carries us into the future.
- Classical physics is coded to provide disorder for things. Quantum gravity is coded to put things in order. Bosons are force particles; fermions are not. Particles come in small, medium, and large. Medium and large particles are gone in a flash; they immediately decay back into the small ones. They meld into the tiny particles to make the system work. All things are triune, with binary interactives.
- Fundamental effects vanish when they move to the quantum level. Quantum effects vanish when classical effects take over. Decoherence is the process of removing quantum information and replacing it with classical information. Decoherence is deeply rooted in entanglement. Decoherence is all about moving information from the fundamental level of physics through the quantum level of physics and onto the classical level of physics. Entanglement changes its character as the environment evolves. The entire universe is an evolving entanglement network, on a triune basis.
- Quantum gravity functions use quantum entanglement information. : A quantum system remains in an entangled state until it interacts with something at the classical level. It stays entangled until then.
