{c}
{wiki}

Bibliography:

* https://www.youtube.com/watch?v=Fu1BGGeyqHQ&list=PL54DF0652B30D99A4&index=63 "K6. The Pauli Equation" by doctorphys


Pauli equation

Suona piece

TODO, including why the Schrodinger equation is not.


The Dirac equation is consistent with special relativity

{wiki}

= VNTR
{c}
{synonym}

Caused by <slipped strand mispairing>.


Variable number tandem repeat

{c}
{tag=Technology company}

= EDA vendor
{c}
{synonym}

The main ones as of 2020 are:
* <Mentor Graphics>, which was bought by <Siemens> in 2017
* <Cadence Design Systems>
* <Synopsys>


EDA company

Four-current

{disambiguate=1992 film}
{c}
{tag=Cinema of Hong Kong}
{tag=Damsel in distress}
{wiki}

Outstanding scenery/filming locations and clothing! What are those places! Wikipedia says it was shot party in <Shanxi>.

Good music.

Appears to have widely modified the story unfortunately however.

They really love their pyrotechnics!


Painted Skin

Painted Skin (1992 film)

Disk encryption

Electromagnetic tensor

Elon Musk's family

Nerve agent

Optical character recognition

Parallel computing library

Parallel LC circuit

Short-read DNA sequencing

{c}
{wiki}

Good article: https://www.scientificamerican.com/article/the-supercollider-that-never-was/


Superconducting Super Collider

{tag=Videos of all key physics experiments}

TODO!!! Even this is hard to find! A clean and minimal one! Why! All we can find are shittly levitating <YBCO> samples in <liquid nitrogen>! Maybe because <liquid helium> is expensive?

https://physics.stackexchange.com/questions/69222/how-can-i-put-a-permanent-current-into-a-superconducting-loop

\Video[https://www.youtube.com/watch?v=ba9zUW2Xf8Y]
{title=First 10T Tape Coil by Mark Benz}
{description=Dr. Mark Benz describes the first commercially sold superconducting magnet made by him and colleagues in 1965. The 10 Tesla magnet was made at GE Schenectady and they sold magnets to research facilities world wide before the team formed Intermagnetics General.  IGC and Carl Rosner went on to pioneer MRI technology.}


Superconductor coil experiment video

The Centre for Computing History

{c}
{wiki}

Sequencing the <DNA> tells us what the organism can do. Sequencing the <RNA> tells us what the organism is actually doing at a given point in time. The problem is not killing the cell while doing that. Is it possible to just take a chunk of the cell to sequence without killing it maybe?


RNA-Seq

{c}
{wiki}

= TU Delft
{c}
{synonym}
{title2}


Ciro Santilli @cirosantilli 40