Energy Propagation and Irreptile Geometry

 

All energy propagation involves the irreptile self-similar inward assembly of the triangular/hexagonal repeating geometries associated with nodes in the aether.  It may be that Lee Sallows deserves a Nobel prize in Physics/Mathematics for observations he made in the realm of tessellation and irreptile geometries (infinitely nested hexagons, with a few leftover triangles (that make it technically an incomplete tessellation)). He has nothing to do with me or my sites. He does not know me, nor I him. He might not agree with my postulations and (some call crazily esoteric) rants about physics. If he knew me, he might think I’m a nut.  But, his observation (published in Mathematics Magazine) was the last nail I needed to build out my theory on the lyotropic aether. Technically, the self similar, inwardly repeating geometry is not irreptile tessellation because the initial tiling leaves gaps. However; it IS infinitely self nesting. That’s all that is needed.

I needed something to make the “body” of the Wilburforce Pendulum. In my mind I saw the filaments of assembled lyotropic aether, but needed those to act collectively to produce the alternating rotations of the Wilburforce pendulum. Lee has provided the critical piece of information needed to make the whole assembly reasonably feasible.  I had initially thought that the effects of “bunching” and “pinching” could explain the pendulum, but those are nebulous terms.  Irreptile assemblies do have the strength to hold up the theory, perhaps.  Incomplete hexagonal tessellations seem to play well with my most recent thoughts connecting general energy propagation to quantum entanglement and crystallographically defined percolations. We are NOT talking about waves here.  Nothing in this post is about waves.  It’s all about longitudinal percolations with angular momentum, at an atomic scale many magnitudes below an atom.  The reason I needed an aggregator such as bunching, pinching, or self similarity is that a single  filament of self assembled lyotropic aether could not drive an atom by itself.  It needs to be bunched by at least 1 order of magnitude (more on that later).

Did you ever wonder why DC current does not produce radio waves? I have.  To the regular electrician or engineer such a statement falls into the category of stuff involving a suspension of disbelief, or pseudo science. But, force is force, so why does it need to alternate in order to propagate across the expanses of the spaces around us?  No reason understood, until now.  Thanks Lee.   

The Wilburforce pendulum is a phase shifting device.  One end of the pendulum circuit is always 180 degrees out of phase with the other, just as in quantum entanglement.  Without the phase shift, it doesn’t work.  Either an alternating current drives the phase shift in a single-ended way, or equal and opposite reflexes allow the pendulum to work in a free style way.  One might say that the pendulum causes its own phase shift by the nature of its construction.  This is true, but only works when the connection is at parity on both ends (a strong response exists, coming from the other end of the propagation circuit).   Else, the pendulum would either get stuck at 180 degrees or rotate in one direction, breaking the nodes of the transit path to the receiver.  The receiver must connect in a node-to-node percolation manner, not breaking the “spring” of the pendulum.  Not all connections are entangled ones, but when there is a quantum entangled connection, there is enough response from the other end of the circuit to make the pendulum work in a free style way. 

This is a bit of a modification of what I recently postulated as the cause for rotation in the Wilberforce pendulum.  Most of what I stated about that aspect of propagation (that the crystal always starts the rotation in the same direction), I think is still valid.  Most transfer is heavily one-ended, but in the case of quantum entanglement, where the efficiency is so much greater (due to the hexagonal crystals used as transmitters) – the other end of the connection is sufficiently synchronized to act as a true free space Wilburforce pendulum.  Without the quantum entanglement, the propagation is a sort of half Wilburforce pendulum, a bit like a half wave rectifier circuit.  The difference between regular energy propagation and quantum entanglement is simply efficiency.

Due to the added efficiency, the quantum entangled connection is a fully operational free space Wilburforce pendulum, while regular propagation is driven in a mostly single-ended way, helped by the phase shift of the source to compensate for the lack of response from the other end.  In the case of the entangled connection, there is much higher reciprocity, and synchronization.

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Note: the author is a writer on technical subjects in some areas, of novels, and of other literature, but does not have any formal credentials related to the medical field, or in physics. Thus, this all constitutes an opinion of what might be possible, based on his own hobby-level knowledge quests.

The Universe is not Holographic, but it Creates …

The universe is not holographic, but it creates a hologram from its reality. I’ve always had a problem with Bohm’s holographic universe because the hologram needed a reality source. The hologram is a flattened interference projection onto two dimensions. But it is an interference pattern of real objects in a real world. So, the holographic universe made not much sense. However, the universe is indeed full of interference, and so a snapshot of that interference pattern, flattened, is a hologram. The universe creates a holographic source with its reality. In terms of reality and real objects, that doesn’t say much. But in terms of the interactions of objects, it may say quite a lot.

One can say that the objects themselves constitute a sum of interference, and thus can be holographically interpreted.  While true, the holography is a map of the interference of energy, not the energy itself.  So, the universe is not holographic in origin, but only in the resulting patterns of connections and interactions that materialize from real energy in a field of aether defined by crystallography.

Reality is a conformation of energy in the aether, and the hologram projection of that reality describes the interations of one part of the reality with another. So, reality is the source for a holographic interpretation of the universe, of its interelated parts.

The hologram shows us the connections of the reality in the universe. Those connections may influence adjoining pieces of reality in a large or a small way. The transverse wave holograph relates to connections with the least influence.  The incoherent, non-entangled quantum hologram relates to connections that have more influence than the small transverse wave influences, but less than the quantum coherent, percolated entangled energy moments that have the biggest influence.  Three different holographic representations are created.  The first is the refracted transverse wave hologram.  It is limited by the geometric resolution of the wavelengths of the transverse wave, and by the Nyquist limit.  The other two holograms are quantum holograms, which have no Nyquist limit, and infinitesimally small geometric resolutions.  They are vastly superior.

Why are they superior?  Because they lack the overlapping patterns in the T-wave hologram.  How could they lack the overlapping patterns?  They lack the overlaps because quantum percolation filaments keep their integrity even in fields of interference.  This allows for the “teasing out” of the tiniest variations of interference in the quantum holographic representation, where the transverse wave hologram would reach its resolution limit before it was useful for many things.  With one of the quantum hologram types, it might be possible to tease out the state of things anywhere in the universe with only a small sample of the universe.  It would be a looking glass truly deserving of the name.

The human brain might be able to “tease out” certain things in either type of quantum hologram, based only upon the small geometric volume the brain contains.  I don’t think the transverse wave hologram is viable for the brain, but perhaps one of the quantum modes could be the basis for remote viewing, and ESP.  I think it’s likely that the incoherent, non-entangled quantum percolations are a weaker field by virtue of the scattering they suffer, such that they represent lesser potential for both brain connections and for generalized quantum communication channels.  The filaments of such aether pathways are not bunched. The best potential for quantum communication is direct aether filament percolations and the associated “full entanglement” of reflexive “Wilburforce Pendulum” style echoes.  The power of the coherent, entangled class of connection is mostly the result of energy that is directed within aether filaments and which possess sufficient bunching to effect complete cycles of echoes.

How could a hologram of the quantum variety be recorded?  I envision a nearly perfect sphere of graphene mesh might be what could be used, or a dome of the same material, as it seemingly would record the fullest impression of the full interference map of quantum percolations.  Could the hologram’s information allow for pushback to the source of the interference, to influence the object that originally created that interference?  Hmmm, that seems to be the next question to ponder. I don’t think any pushback could create self-sustaining echoes as in the case of “regular” entanglement, due to the inverse square law and low or no bunching of filaments for the same reason.  But, it’s something to think about. Stay tuned.

Note: the author is a writer on technical subjects in some areas, of novels, and of other literature, but does not have any formal credentials related to the medical field, or in physics.  Thus, this all constitutes an opinion of what might be possible, based on his own hobby-level knowledge quests.