Is there any programming project that implements one quantum error correction code or demonstrates it?

Question

A gigantic list of all the error correction codes(Classical Domain, Quantum Domain, Classical-quantum Domain), see https://errorcorrectionzoo.org/all

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There are lots of quantum error correction code. e.g.

• Bit flip code
• Sign flip code
• Shor code(a.k.a., Peter Shor's 9-qubit-code)
• Bosonic codes(including cat, Gottesman-Kitaev-Preskill (GKP), and binomial codes.)
• stabilizer code(also called additive codes)
• CSS(named by Calderbank, Shor,and Steane)
• quantum convolutional code
• Bacon–Shor code
• Steane code(namely, Steane's 7-qubit code)
• Toric code (an example of topological quantum error correcting code, also an example of a stabilizer code)
• gnu code
• Five-qubit error correcting code
• entanglement-assisted stabilizer formalism as an extension of the standard stabilizer formalism (considering quantum entanglement)

The list is not consistent with taxology, for the verison under taxology, see the graph.

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My question is: Is there any programming project that implements one Quantum error correction code or demonstrates it?

I also want to know which one is the most practical?

Answer 1

Three-coupler and iswap and walking surface codes

Pair-measurement surface code

Honeycomb code

Bacon-Shor code and Fractal Bacon-Shor code

You may also want to look at the example circuits in crumble, which include for example a distance 3 surface code: