= Quantum computer physical implementation
Lists of the most promising implementations:
* https://en.wikipedia.org/wiki/Quantum_computing#Physical_realizations
* https://quantumcomputingreport.com/scorecards/qubit-count/[], see also: <quantum computing player>{full}.
As of 2020, the hottest by far are:
* <superconducting quantum computer>
* <trapped ion quantum computer>
* <photonic quantum computer>
\Video[https://www.youtube.com/watch?v=N06hC1GL1ns]
{title=How To Build A Quantum Computer by Lukas's Lab (2023)}
{description=
Super quick overview of the main types of <quantum computer physical implementations>, so doesn't any much to a quick <Google>.
He sais he's going to make a series about it, so then something useful might actually come out. The first one was: <video How to Turn Superconductors Into A Quantum Computer by Lukas's Lab (2023)>, but it is still too basic.
The author's full name is Lukas Baker, https://www.linkedin.com/in/lukasbaker1331/[], found with <Google reverse image search>, even though the LinkedIn image is very slightly different from the YouTube one.
As of 2023 he was a <PhD> student at <NYU>.
}
Back to article page