merging AI and quantum computing

[scruffy]

It was only a matter of time.

Here is a generative AI that uses a quantum computer instead of a neural network.

https://link.aps.org/doi/10.1103/kwyy-1xln

It works on the free energy principle I've been bringing to your attention.

This is one way to do it, however solving inverse Langevin dynamics is computationally expensive. The advantage of the quantum computer is it's fast.

This method requires the desired dynamic to be stored in an external system. Which may be computationally helpful but isn't the way the brain works.

 

[Darkwind]

It was only a matter of time.

Here is a generative AI that uses a quantum computer instead of a neural network.

https://link.aps.org/doi/10.1103/kwyy-1xln

It works on the free energy principle I've been bringing to your attention.

This is one way to do it, however solving inverse Langevin dynamics is computationally expensive. The advantage of the quantum computer is it's fast.

This method requires the desired dynamic to be stored in an external system. Which may be computationally helpful but isn't the way the brain works.

So, we can feel that butt-check when the Quantum thinks about it. Which, given the entanglement quandary, might mean that it's actually screwing itself.

Or I could be way off base here.........

 

[scruffy]

So, we can feel that butt-check when the Quantum thinks about it. Which, given the entanglement quandary, might mean that it's actually screwing itself.

Or I could be way off base here.........

Entanglement is correlation. Long range coupling in spatially ordered systems is also correlation. When you couple two oscillators, that's correlation. When the atomic dipoles align in a ferromagnetic, that's correlation. There is information (meaning energy) in the correlation, it is shared between the participants. When the entanglement collapses you get it back in the form of definiteness.

 

[Darkwind]

Entanglement is correlation. Long range coupling in spatially ordered systems is also correlation. When you couple two oscillators, that's correlation. When the atomic dipoles align in a ferromagnetic, that's correlation. There is information (meaning energy) in the correlation, it is shared between the participants. When the entanglement collapses you get it back in the form of definiteness.

I knew you were going to say that.