What happens in entanglement? In this model, particles are entangled through alternating electromagnetic (e-m) interactions. If the entangled particles are identical (and opposing), then they also possess interchanging identities with every e-m interaction. That is, neither can be distinguished from the other. When measured, however, an entangled particle will be “frozen” at the identity it...
Category: Directional Balance
Gravitational finity
Gravitational energy gradients are formed to provide directional balance to 2-D and 3-D bodies of mass-energy – from the smallest electromagnetic particles to the largest bodies of mass. Let’s assume for purposes of discussion that planets possess approximately the same density throughout. This means that each radius level outward from system center is composed of...
Size matters …. and so does motion
The inherent energy of space wants to exist at its lowest possible energy level – in a state of dynamic equilibrium in which the basic 1-D energy units of space are in constant random motion and distribution relative to each other. When non-random energy, such as electric energy, or bodies of mass, displace the energy...
Random thoughts about nothing
Why should randomness be the ultimate goal of existence? Why couldn’t perfect order be that ideal state of existence? If “nothingness” represents perfect order, then it possesses lowest possible entropy, and lack of any randomness. Why couldn’t “nothing” be satisfied with this arrangement? One thing “nothingness” eliminates, along with everything else, is probability. In the...