Ciro Santilli @cirosantilli 37

Based on the Josephson effect. Yet another application of that phenomenal phenomena!

Philosophically, superconducting qubits are good because superconductivity is macroscopic.

It is fun to see that the representation of information in the QC basically uses an LC circuit, which is a very classical resonator circuit.

As mentioned at en.wikipedia.org/wiki/Superconducting_quantum_computing#Qubit_archetypes there are actually a few different types of superconducting qubits:

and hybridizations of those such as:

Input:

See: internal and spacetime symmetries.

Appears to be analogous to the dot product, but also defined for infinite dimensions.

Yet another name for a personal knowledge base, some usages:

Lists of digital gardens:

On The Busy Beaver Challenge: bbchallenge.org/68329601

This tutorial explains the very basics of how paging works, with focus on x86, although most high level concepts will also apply to other instruction set architectures, e.g. ARM.

The goals are to:

This tutorial was extracted and expanded from this Stack Overflow answer.

A measurable function defined on a closed interval is square integrable (and therefore in $L^2$) if and only if Fourier series converges in $L^2$ norm the function: