{c}
{numbered}
{scope}
{tag=DNA sequencing}
{tag=Metagenomics}
{tag=Polymerase chain reaction}
{tag=articles}

This article gives an idea of how this kind of biological experiment feels like to a <software engineer> who has never done any <biology> like <Ciro Santilli>.


How to use an Oxford Nanopore MinION to extract DNA from river water and determine which bacteria live in it

Quantum optimization algorithm

{disambiguate=Oxford}
{c}
{title2=????-2023}


WebLearn

WebLearn (Oxford)

Arthropod

Astronomical object

David Chaum

Dwarf planet in the solar system

python/typing_cheat/protocol_empty.py

Honeywell Quantum Solutions

{tag=Discrete Fourier transform}

https://numpy.org/doc/1.24/reference/routines.fft.html


numpy.fft

{c}

https://github.com/openai/gym

Development ceased in 2021 and was taken up by a not-for-profit as <Farama Gymnasium>.


OpenAI Gym

{c}
{tag=Dating website}
{title2=-2023}

* https://oxshag.com/
* https://web.archive.org/web/20230109061703/https://oxshag.com/

Shut down 2023: https://cherwell.org/2023/01/09/dysfunctional-oxshag-to-shut-down/?fbclid=IwAR21qSmdKeeCExhDj1YE2_B2_OgH6wS4WRjr4pp-GzDyZl6YgjhqzBUxwwQ


Oxshag

Polynomial time algorithm

{wiki}

= P vs NP
{c}
{synonym}
{title2}

Interesting because of the <Cook-Levin theorem>: if only a single <NP-complete> problem were in <P (complexity)>, then all NP-complete problems would also be P!

We all know the answer for this: either false or <independent (mathematical logic)>.


P versus NP problem

Quantinuum hardware

{disambiguate=Oxford slang}

<University of Cambridge> students, CanTabBridgeans.


Tab (Oxford slang)

{title2=VQE}
{wiki}

TODO clear example of the <computational problem> that it solves.


Variational quantum eigensolver

23S ribosomal RNA

Cook-Levin theorem

{tag=gothinkster realworld implementation}

https://github.com/cirosantilli/node-express-sequelize-nextjs-realworld-example-app


Ciro Santilli @cirosantilli 40