Satan

Selenium

{title2=Ag}
{title2=47}
{title2=4d10 5s1}
{wiki}


Silver

{title2=Yb}
{title2=60}
{title2=$4d^1$}
{wiki}

Not "Yt" because that is already "Yttrium". God.


Ytterbium

{disambiguate=software}
{c}
{wiki}

= Docker
{c}
{synonym}

Docker is good.

As a lightweight virtualization however, it does break more often than full proper virtualization like <QEMU> after some updates.

The images also appear to randomly update slightly and break things, even though you've specified e.g.:
``
FROM ubuntu:20.04
``

Also, we need more <Linux distributions buildable from source>, especially with <Reproducible builds>.


Docker

Docker (software)

DokuWiki

Gallium

Germanium

Google project

In a <vector space>, a <metric> may be induced from a norm by using <subtraction>:
$$
d(x, y) = |x - y|
$$


Metric induced by a norm

NFT Marketplace

{c}
{wiki}

When Ciro finally understood that this is a play on <Larry Page>'s name (of course it is, typical programmer/academic humor stuff), his <mind blew>.


PageRank

{wiki}

The basic experiment for a <photonic quantum computer>.

Can be achieved in two ways it seems:
* macroscopic beam splitter and <optical table>
* <photolithography>

Animation of Hong-Ou-Mandel Effect on a silicon like structure by Quantum Light University of Sheffield (2014): https://www.youtube.com/watch?v=ld2r2IMt4vg No maths, but gives the result clear: the photons are always on the same side.

\Video[https://youtube.com/watch?v=nyK-vhoOBpE]
{title=Quantum Computing with Light by Quantum Light University of Sheffield (2015)}
{description=
Animation of in-silicon single photon device with brief description of emitting and receiving elements. Mentions:
* <quantum dot> source. TODO how do you produce identical photons from two separate <quantum dots>? See also: <quantum dot single photon source>.
* <superconductivity>[superconducting] nanowire detector. So the device has to be cooled then? <video Jeremy O'Brien: "Quantum Technologies" by GoogleTechTalks (2014)> https://youtube.com/watch?v=7wCBkAQYBZA&t=2497 however says that semiconducting devices can also be used
}

\Video[http://youtube.com/watch?v=5Sb7-RNSsPg]
{title=Quantum Optics - Beam splitter in quantum optics by <Alain Aspect> (2017)}
{description=More theoretical approach.}

\Video[https://www.youtube.com/watch?v=ofg335d3BJ8]
{title=Building a Quantum Computer Out of Light by whentheappledrops (2014)}
{description=Yada yada yada, then at https://youtu.be/ofg335d3BJ8?t=341 shows optical table and it starts being worth it. Jacques Carolan from the University of Bristol goes through their setup which injects 5 photons into a 21-way experiment.}


Ciro Santilli @cirosantilli 37