{c}
{wiki}

<PageRank> was apparently inspired by it originally, given that.


h-index

Organization developing quantum dot quantum computer

Propagator

Transcriptional regulation

{c}
{title2=1st Pitaka}
{title2=Monastic rules}
{wiki}

Boring!


Vinaya Pitaka

Wien approximation

{tag=JavaScript library}

This is especially interesting for <user mode emulation>.


QEMU JavaScript port

Quantum electrodynamics by Lifshitz et al. 2nd edition (1982)

{c}
{title2=1900}
{wiki}

Derived <from first principles>[from classical first principles], matches <Planck's law> for low frequencies, but diverges at higher frequencies.


Rayleigh-Jeans law

Solar System

Wu experiment

HHL algorithm

{c}

\Video[https://www.youtube.com/watch?v=-5fKVn1GR9Y]
{title=Architecture All Access: Quantum Computing by James Clarke (2021)}


Intel quantum computer

This is the easiest one to do iteratively:
* pop and visit
* push right to stack
* push left to stack


Iterative pre-order

Oxford Nanopore Technologies product

Pair production

{wiki}

This operator case is surprisingly not necessarily mathematically trivial to describe formally because you often end up getting into the <Dirac delta functions>/continuous spectrum: as mentioned at: <mathematical formulation of quantum mechanics>


Position operator

{c}
{tag=Good}

Examples under \a[python/typing_cheat].


Python `typing`

Python <code>typing</code>

Python typing

{wiki}

A quantum version of the <LC circuit>!

TODO are there experiments, or just theoretical?


Ciro Santilli @cirosantilli 40