What are you sinking... about?
www.youtube.com/watch?v=gmOT...

So What Do We Know QC To Be Good For?
- Simulating quantum physics and chemistry
- Breaking current public-key encryption (RSA, DH, ECC)
- Eventually, modest (square-root) speedups from Grover
- We’ll have to get lucky for most other applications!
(The world has been systemically lied to about this)

Make that a polylog factor and I'm in.

Follow them on instagram www.instagram.com/sauvonslepal...

Go with the vibe function.

In any execution, there is only a small probability that your marble has reached the exit of the maze. The same goes for quantum algorithms. Parallel executions don't help unless you can amplify the probability of getting a correct answer in the end. This is where much of the power of quantum lies.

If you want to describe the location of a marble in a maze at a given time, you could describe it as being in all possible locations, with some probability. This sounds a lot like "massive parallelism", but there's nothing strange or quantum about it.

Aha! The plot thickens.

It was supposed to arrive last Friday but I haven't heard back yet. I'll ask them again.

I can get this through my library and send you a scanned copy.