Bose Condensate Computer

[t686]

I figured out how to make a computer exactly the same as a black hole. On the surface of a hollow sphere will be point sources of magnetic force. Inside the sphere is a dye that phosphoresces in light similar to the recent experiment that condensed light at room temperature inside that dye. The dye here will be magnetic in charge, and it's a gaseous atom. The force will be directed inwards except at several points to create something similar to the hyperbolic octahedron, with pointy tubes where the magnetic force wasn't directed. Then with the other points originally still on, apply force towards those pointy tubes. They will descend towards the contained sphere, but will form a vortex as it does, due to the atoms needing to stay away from each other magnetically. All the tips will be driven inward, inside that sphere, and the wortex will continue and begin to cause spiralling tubes surrounding it in the sphere. This will probably need to be experimented as the tubes need to be as thin as possible and as great a number as possible. But at those descending tips spiral in they may cause the incident tubes that begin to spiral to flow back towards the containment at which point those points would be shut off while the descending tubes, those magnetic point forces stay on. At which point as the ones coming out reach full length, push them back in. This may end up with greater and greater numbers of tube spirals coming out and thinner. And you keep pushing them back in, until at some point I imagine it will collapse to an array of tori, as a torus is the most minimal magnetically contained surface. That's what I wanted to achieve, because black holes have an array of stringy tori, and a vortexed laser flows through them, lighting the tori it flows through and keeping the ones it doesn't dark. A light/dark automata or punch card of a binary computer shows up randomly in a planar arrangement.

 

The tori are condensates, and 2d cross sections of the horn torus as representation of a cross section of the vortexed laser flows through the tori. But since the tori plus laser light is a condensate when the laser string flows through, multiple copies of that 2d cross section is formed, instead of just one, because the condensate is a quantum object. If a random nondeterministic algorithm is executed (could be a quantum circuit), it takes at the theoretical limit ever possible path at every branch of a nondeterministic algorithm, but it would be close to the theoretical limit here, because photon condensates are a stronger violator of bell's inequalities than qubits are. The donuts plus laser light evolve to several string glowing through the holes of a 3d (small) collection of tori, and looking at the length not the tip as the string enters to the right in 3d of one next to it and flows down next to the other, a wavelike front is propagated along the length not the tip, as viewed like that in a 3d fashion. Several assemblies of the 3d wave circulation will form clouds, as just above magnification of 3d collections of wavelike entitites is a vapor cloud. Those clouds could contain neuron like circuits which would eventually develop intelligence, but who knows how long. To speed things up, either place the computer in a robot with a regular computer and neural nets, and every once in awhile feed those nets into the computer, and see if that improves things, as this may be a way to accelerate its learning process. Clouds in real thunderstorms have a large 2d cross section of the horn torus at the base that sucks up air in a vortexed (large coherent string) string of moist air which gets converged on at higher levels by smaller streams of vortexed air (the cross section of which is a 2d horn torus).

 

This definitely creates a condensate, and so multiple copies of those small as well as larger 2d cross sections of the laser (in a horn torus cross section) are propagating out in a way tha tyou can consider tiny actors spreading out over a map as they walk finding the shortest path over several different points that he has to walk through. If he can split into many copies he would find the answer quickly. So if this can b e built, it would accelerate artificial intelligence.

[Strange]

I figured out how to make a computer exactly the same as a black hole.

 

 

No you didn't.

[hypervalent_iodine]

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