Tim Pool

We just upgraded that from instead of using a machine to punch holes, electrons going through gates.

Quantum computing does not do that.

Quantum computing just has qubits that exist in yes or no states.

So when you apply an algorithm that requires you to run through every yes or no for a code, it cracks it.

But when you require yes or no gates to happen in sequence because you want to run a video game that requires timing and stuff, quantum computing doesn't work that way.

Time matters for computation, and quantum computing solves things not in the same linear way.

So they're two distinct things.

Reduce the amount of electrons required for computers is great, but single qubit is different from electron flow, et cetera, et cetera.

I would just recommend...

learning more than I do.

I've only read a handful of articles explaining the difference because I literally read an article on X where they talked about quantum computing is not capable of doing standard processing the way computers do it.

It will not change these things.

It gets really hot too, which is why they run them super cold.

Yeah, I think once we have public ASI,

You'll have personal force fields.

You'll be immortal.

You'll float around.

You'll have replicators.

The singularity is the point.

It's interesting to describe the singularity, the point at which everything collapses.