Scientists have for the first time observed zero-point energy in a solid object in a solid object. Heisenberg's uncertainty principle means that solid mass observed at the quantum level will vague out into position or speed yet not both characteristics observed simultaneously. In fact the quantum world is quite unknown as a for-itself or in-itself.
What are the boundaries and characteristics of the quantum universe? Some theorists hypothesize that the solid-state appearance of mass in this universe is a result of concatenated probability entanglements of that waveform phenomenality priori to the space-time ordinal nature of the mass of this Universe (1).
It is that quantum realm where mass does not exist, and where quantum waves that are described from here as energy exist as possibilities of being in every place and perhaps time and speed. If quantum energy has the same time-at light speed or faster before becoming entangled different energy values might occur when they were entangled to appear as mass-yet the most basic particles might have the same quantum values perhaps as strings or membranes.
It is a metaphysical curiosity to me about what that quantum realm before or outside this Universe in which this Universe has phenomenalized is comprised, and of what its spatial and temporal character could be.
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