initial state is well known, and there is a limited set of basic elements (qubits) that can be manipulated by a simple set of rules—rotations of the vector that represents the quantum state. But observing the system during those manipulations comes with a severe penalty: If you take a look too soon, the computation will fail.

 

there's analog gravity immonating from my vectors, that doesn't merely rotate but moves my m-branes (pyramids in spheres) in chaotic and unpredictable ways when the algorithms are run. You don't need to guess.

 

https://spectrum.ieee.org/tech-talk/computing/hardware/photonic-quantum-computer-shows-advantage-over-supercomputer.amp.html

This is fake news I know because I work on the foundational arithmetic in which these computers are assembled and I can tell you there hasn't been a single development since the double slit experiment.

 

 

If I give you key loggers and landlords proofs you'll probably kill me as I'm no longer useful

Edited February 14, 20214 yr by IvoryEbony

https://www.quantamagazine.org/the-end-of-physics-20201124/

 

Of course creative ideas are gone because we're more concerned about hand motions than saving lives and we think that there's nanites swimming in our blood and lasers augmenting our dna 🧬 

 

That would never happen even if we could find precise coordinates because we'd be turning each other into lavafrogs after crossing a shady deed

!

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