I’m pretty sure the qubit is a dead end, while all the science/engineering is real and useful.
Quantum holography will give us the promise land of hyperdimensional and extradimentional computation. Abandon the linear (for the macro) once and for riddence.
When we master the holographic analog sieve of quantum domain, all future computation shall be manipulating holographic memory. Communications will change in its own right.
Consider running Fourier transforms on a quantum singularity domain (like a cradle universe). The physics and information science piece of paper becomes a hyperdimensional machine of potential (its capacity and continuity) and constructive/destructive interference (change.)
The problem we will have is rendering this hyperdimensionality back up to our antiquated digital technology.
I’m pretty sure the qubit is a dead end, while all the science/engineering is real and useful.
Quantum holography will give us the promise land of hyperdimensional and extradimentional computation. Abandon the linear (for the macro) once and for riddence.
When we master the holographic analog sieve of quantum domain, all future computation shall be manipulating holographic memory. Communications will change in its own right.
Consider running Fourier transforms on a quantum singularity domain (like a cradle universe). The physics and information science piece of paper becomes a hyperdimensional machine of potential (its capacity and continuity) and constructive/destructive interference (change.)
The problem we will have is rendering this hyperdimensionality back up to our antiquated digital technology.