NUIT - STAR GODDESS

Anatomy of the Star Goddess
Quantum Cosmology, Virtual States,
Energy Science, Chaos Theory, and Scalar Fields
by Iona Miller, c1992

https://ionamiller2017.weebly.com/nuit.html

Multiple realities contain all possibilities, but in enfolded or virtual states.  This theory alleges that there are clustered worlds, which are three-dimensional to an observer within them, yet virtual to an observer from outside.  These hyperspace dimensions are orthogonally rotated (90 degrees) in respect to one another.  Selecting a frame, or cube of space, facilitates access.

When we consider the vastness of space, we perceive emptiness due to our relative position in this universe. The Void is actually densely packed with virtual energy which awaits translation, or transduction into our observable 3-dimensional reality. These energies or entities appear as virtual because they are unobservable through ordinary means. Crosstalk across these channels is the basis for the collective unconscious, paranormal phenomena, and the manifestation of our material world.

Like philosophy, physics is not any absolute description of Truth.  Rather, both disciplines invite us to "Look at it this way."  This approach is very much in line with the long-standing tradition of speculative Qabala and Hermetic philosophy. 

Long ago the Gnostics believed that the true unrevealed nature of the Void was a Plenum, or fullness.  Modern quantum mechanics has physically verified this intuitive perception of reality.  The vacuum of empty space is not empty.  It contains energy (zero point energy) and entities (pure virtual particles).  Both the energy field and empty space are in flux, and probably interface with other universes through wormholes (or tunnels). 

The vacuum of empty space is not empty; it is pervaded by fluctuating fields of energy that, when large enough, manifest themselves as particles--individual photons, for example, or particle pairs consisting of an ordinary electron or quark and its anti-matter twin, which burst into existence and then annihilate. 

The vacuum is thick with these short-lived "virtual" particles.  It looks empty only because each particle's visit to existence, according to the uncertainty principle, is so infinitesimally brief as to be undetectable.

But the effects of these virtual particles en masse may be detectable. Virtual particles ought to have one effect in particular: their energy ought to warp space. The deformation would be entirely independent of that wrought by ordinary matter, and so, Einstein notwithstanding, it would constitute a nonzero cosmological constant.

How big would the constant be? That depends on how often virtual particles appear in a given volume of space, and it also depends on the type of particles. Virtual quarks and electrons have much the same effect as their "real" counterparts: they cause space to contract. But virtual photons, or any other force-transmitting particles, have the opposite effect: they cause space to expand. There are a whole bunch of things that contribute to the cosmological constant. Some are plus, some are minus, so we expect some of them to cancel. But not the whole lot...

The cosmological constant is very nearly zero. The mechanism, according to Coleman, is similar to virtual particles in that it arises from quantum fluctuations. But this time the fluctuations aren't those of energy fields [zero point energy]; they are fluctuations of empty space itself [vector equilibrium fluctuations].

Stephen Hawking invented the quantum wormhole in 1988. Just as quantum mechanics says there is a certain probability that particles can appear from nowhere in a vacuum, quantum cosmology says there may be a certain probability that a small chunk of space and time will suddenly pop into existence. That is what a wormhole is--a fluctuation in the space-time field, just as a virtual particle is a fluctuation in an energy field.

So, quantum cosmology alleges the universe appeared from a quantum fuzz, tunneling into existence and thereafter evolving classically.  Quantum creation scenarios produce gravitational waves of a calculable form and magnitude.  Gravitational waves interact very weakly with matter as they propagate through space-time.  Therefore, when we observe them in the present universe, their spectrum may still contain the signature of quantum creation.  But gravity waves are hard to detect, so quantum cosmology can't be verified conclusively to determine whether the no-boundary or tunneling proposals are the correct ones for the wave function of the universe.  But, so far, these are the best guesses, and they do not contradict the Qabalistic notion.  more https://ionamiller2017.weebly.com/nuit.html