Quantum Probability Amplitudes in 150 Seconds

Quantum mechanics involves inherent uncertainty for every event which we call probability amplitudes. And one can convert it into actual probabilities using Born's rule which gives an interesting quantum interference pattern.

In contrast to a classical deterministic computer, which takes only one path, a quantum computer follows all possible computational paths simultaneously, yielding results that depend on each path. Weird, but this is how it is! There are some subtilties, for example, there exist probabilistic classical computers too, but it is really this interference pattern that makes quantum computers different from their classical cousin.

[ericchastain]

4th yet I have my own custom hadamard.. and a way of a multi quibit hadamard by x^nd-nd for each seperate quad state and have a data set of different eigenfunction vectors propagation concatenating distortions from extro-positions of each duality or seperality. As a single quibit has say 12 gates, I only know of 10 gates so I have a script that will take 75tb to even run. Ha to LLMs I see QGS - as Quantum Gate Strategy as is not a difference of a hadamard Infront, behind, or between a other gate state. As +/- state and the custom hadamard needs a specific x as like and nd = .5 and as Schrodinger time dependent variables could be asscribed to differential substances of quantum assembly languages.

[cristig]

Whoosh free ! 👍😂 I'll pretend I didn't hear them...

[Edward-bnvw]

I'm deleting your whole series of videos due to the background noise.