Ciro Santilli @cirosantilli 37

This theorem roughly states that states that for every quantum algorithm, once we reach a certain level of physical error rate small enough (where small enough is algorithm dependant), then we can perfectly error correct.

This algorithm provides the conceptual division between noisy intermediate-scale quantum era and post-NISQ.

TODO understand this stuff:

Uses photons!

The key experiment/phenomena that sets the basis for photonic quantum computing is the two photon interference experiment.

The physical representation of the information encoding is very easy to understand:

The best package ever is: pypi.org/project/china-dictatorship/ see also: cirosantilli.com/china-dictatorship/mirrors

Used for example:

Can either be a cell's dick used during bacterial conjugation, or little attachment anchors.

This is the hardest one to do iteratively.

Bibliography:

Listed at: pubs.opengroup.org/onlinepubs/9699919799/utilities/contents.htm

E.g. showing live data from a scientific instrument! TODO:

But only for the proper Riemann integral: math.stackexchange.com/questions/2293902/functions-that-are-riemann-integrable-but-not-lebesgue-integrable

Can produce two entangled particles.

Good library to render text in OpenGL, see also: stackoverflow.com/questions/8847899/opengl-how-to-draw-text-using-only-opengl-methods/36065835#36065835