3 ms·

So, modulating thermal insulation of (a non-superconducting and non-superfluidic or any) quantum simulator results in loss of entanglement. How, then, can enta

So, modulating thermal insulation of (a non-superconducting and non-superfluidic or any) quantum simulator results in loss of entanglement. How, then, can entanglement across astronomical distances occur without cooler temps the whole way there, if heat destroys all entanglement? Would helical polarization like quasar astrophysical jets be more stable than other methods for entanglement at astronomical distances?

illuminant 2y ago
Heat at some level, not every level. Same goes for magnets or heck, even biological specimens. Computer haxor discovers that heat destroys all signs of life in organic material. Sensitive apparatus requires insulation.
illuminant 2y ago
Btw, entangled swarms can be re-entangled over and over and over. The same entangled scope. The entanglement is the vibrational synchrony in the zero dimensional Universal Potential (or just capacity for existential Potential to sound less grandeur.) So everything at that vibrational axis will bias to the same disposition. There are more vibrational axis than atoms in the Universe, these are the purely random Q we expect when made decoharent. Synchronized, our technology will come by how we may constructively and destructively interfere with the informational content of the "disposition". Any purturbence is informational , and I think you can broadcast analog motion pictures, in hyperdimensional clarity with sound and warm lighting; qubits are irrelevant and a dead end. Quantum holography is a sieve of some sort, where shadows may be cast upon extradimentional walls. Hash collisions may be found by superimposing the probabilities factored by their algorithms such that constructive and destructive interference reduce the multidimensional model to the smallest probable sets. Cyphers may be broken by combining constructive key attempts (thousands of millions at a time?) in a "singular domain" with the hash collision solution.

illuminant 2y ago

Heat at some level, not every level. Same goes for magnets or heck, even biological specimens. Computer haxor discovers that heat destroys all signs of life in organic material. Sensitive apparatus requires insulation.

illuminant 2y ago

Btw, entangled swarms can be re-entangled over and over and over. The same entangled scope. The entanglement is the vibrational synchrony in the zero dimensional Universal Potential (or just capacity for existential Potential to sound less grandeur.) So everything at that vibrational axis will bias to the same disposition. There are more vibrational axis than atoms in the Universe, these are the purely random Q we expect when made decoharent. Synchronized, our technology will come by how we may constructively and destructively interfere with the informational content of the "disposition". Any purturbence is informational , and I think you can broadcast analog motion pictures, in hyperdimensional clarity with sound and warm lighting; qubits are irrelevant and a dead end. Quantum holography is a sieve of some sort, where shadows may be cast upon extradimentional walls. Hash collisions may be found by superimposing the probabilities factored by their algorithms such that constructive and destructive interference reduce the multidimensional model to the smallest probable sets. Cyphers may be broken by combining constructive key attempts (thousands of millions at a time?) in a "singular domain" with the hash collision solution.