On the Non-Determinative Realm Prior to the Quantum/Solid-State-Determinative Realm

Its a context issue. The topical features of mass and energy perceived by physicists were long said to behave as waves and particle. The Chinese puzzle box of smaller particles and wave events were revealed in particle accelerators with additional energy input in the form of particles to decohere and seem as quarks or whatever-leptons, muons etc. Higher energy levels were required to reveal particle-wave forms bound up with the most strength or energy.

Decoherence-suppression of interference in quantum observations-can be included in 'the quantum realm' of which definition and location I will now identity with this universe's mass and energy at the quantum level. That is these are comparatively determiinistic contextually whereas the alternative primary non-deterministic realm before quantum determnation and solid states is not.

http://plato.stanford.edu/entries/qm-decoherence/

The experiment I cited above actually observed quantum features in solid-state matter for the first time. The other theory I cited by a fellow working in Singapore was a blog post at Scientific American that postulated that the solid state mass in this universe at the smallest level would be comparable to a number to an uncertain power of entanglements by those particle-waves of uncertain character in a non-determined condition from what I refer to as the quantum realm for-itself. Because of some initial anisotropy there may be a cascade of quantum determination this universe state that in some way becomes entangled probabilities to allow energy to appear like standing waves epiphenomenalized as mass.

Staying in a tent in Alaska recently I experienced a heavy snowfall that let snow piled up on tall trees transition suddenly to fall with a thud making a loud noise with the capability of flattening the tent. Not only wind could make a line of trees drop loads of snow, but so it seems could a radio. That suggested to me that the Word spoken in the beginning from a quantum realm could have started a cascade of change in selecting the entanglement of quantum probabilities that would appear later as mass, light and the expansion of space-time in this Universe (1). That is a little off topic though.

In this universe there may be no real particles or waves-only energy that at the smallest level is obviously mysterious. Quarks and all those elementary particles are energy bound into patterns of behavior in quantum levels. Only so much energy may fit in valence shells forming atomic patterns.

The factors that may quarks and elementary energy units have select quantum values and differentiate at the basic universe entry level is unknown. There are myriad possibilities to consider. Some that I have thought about a little. Instead of the quantum realm I will call the energy patterns of this quantum universe inclusive of its appearance of uncertainty the determined universe and the other realm where energy does not appear in a particular quantum existence as the non-determined realm.

The idea of a non-determined realm of energy is paradoxic in numerous respects. That context would have not only a symmetric character without differentiation or spacing, it might have a neither finite nor infinite quantitative endowment of energy or space-time. That isn’t a very helpful concept even for myself. The probabilities of equal values regarding the relationships of energy within its perfected field would be 100% until change and cancellation of balance generated a field of entangled anisoptropic probabilities that might appear as something like a Higgs Field and the inflation. Interestingly enough the virtual particles that appear and disappear from space-time would not necessarily be artifacts from a subtler level of spatial dimensions of an inflationary era. They might be new energy intrusions from that non-determined realm.

I would guess that a good reason for the existence of extra spatial dimensions would be that those smaller dimensions might provide the quantum energy levels possible for space-time in this Universe. Too much energy in various atomic shells for particle-waves could not remain in those dimensions. The idea that radiation could be a process of trans-dimensional energy redistribution may be silly yet it’s a little interesting.

That idea too is off topic in comparison to the discovery of the characteristics of a non-determinative realm of energy primary to the solid-state mass-energy of this Universe (1).