Ciro Santilli @cirosantilli 40

TODO clear example of the computational problem that it solves.

proteins also have a half-life, much like RNA. But it tends to be longer.

There is no fundamental difference between them, a quantum algorithm is a quantum circuit, which can be seen as a super complicated quantum gate.

Perhaps the greats practical difference is that algorithms tend to be defined for an arbitrary number of N qubits, i.e. as a function for that each N produces a specific quantum circuit with N qubits solving the problem. Most named gates on the other hand have fixed small sizes.

TODO experimental discovery.

Mentioned at: Video "Quantum Computing with Light by Quantum Light University of Sheffield (2015)" youtu.be/nyK-vhoOBpE?t=185.

Only present in Gram-negative bacteria.

Front-end only, so infinitely simpler, and generally much less useful than gothinkster/realworld.

composite particle made up of an odd number of elementary particles.

The most important examples by far are the proton and the neutron.