An article in New Scientist ("The grand quantum race", Feb 15 2025, pp 8-9) says we'll probably never have personal quantum computers. This seems to be because of the article's "necessary first step (of quantum entanglement)" requiring extremely cold temperatures near absolute zero. A new form of entanglement based on cosmology's Holographic Principle would be independent of temperatures and could make the computers useful.
The principle says the 3rd dimension may be a projection of information in a 2nd dimension. It might unify the positions of a particle "here" and a particle "there" in the following way - quantum events which may include possession by particles of both positive and negative electric charges (able to totally or partly cancel) would, as electronics teaches, generate binary digits.
These bits enable reprogramming of the 2nd dimension which gives rise to the 3rd dimension, causing separation and distance to be deleted between the particles or wave functions. Applied on a universal scale, such deletion between all particles in the cosmos might produce what is called the wave function of the universe.
This deletion could be interpreted as quantum entanglement not being "spooky action at a distance" (Albert Einstein's words) but as obeying Special Relativity and being local.
A very, very interesting and promising approach. For today, I can't say more, but it is truly very interesting and promising!
Thanks a lot for those comments. Those ideas have been building inside me for a long time. They all came together in a flash, and I had a restless sleep last night because I kept dreaming about cosmological entanglement, the universal wave function, and about Bell's theorem. The ideas seem to have a life of their own and I'm looking forward to what they'll teach me next.
Im affraid that the meaning of entanglement has been deformed or
abused beyond recognition.
So is the role of QM and CM confused
Too much bla.
I have found each matter particle possesses their own unique cosmic horizon where the Host particle at the center is the only particle projected and all of their “Guest” particles are data replicas of other hosts encoded as spin in the cosmic horizon. Each host particle has a large number of horizon bits which it uses to resolve spin uncertainty for entangled pair measurements. When we entangle quantum spin dots we are relying on the cosmic horizons of the first of the particles to be measured to correlate the spins between A and B and handle entropy management. Host particles are entangled with their cosmic horizon while Guest particles are encoded as one bit data copies. Each Guest particle is a Host of their own observable universe. When spin resolution happens, A emits a unit of gravity locally as proof that spin resolution happened in the cosmic horizon, entanglement is broken from A’s cosmic horizon from the erasure of a horizon but. When B is measured, Guest B emits a Hawking photon in A’s observable universe. Everything is conserved, spin, energy and entropy. The Hawking photon is a receipt for the now smaller observable universe of A because A‘s horizon expended a bit to resolve B’a spin uncertainty.
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