Archive plan📚🧩

In the initial directory

Error_control_quantum_2 

Sections are located:

error_noise_control, more_information_quantum_cryptogaphy

Error_control_quantum_2/error_noise_control/

This is where articles about protocols for error control in quantum cryptography are located

It has sections:

Error_control_quantum_2/error_noise_control/MEM

This section has articles about the protocol for quantum error control MEM

Error_control_quantum_2/error_noise_control/method for reducing the number of errors in BB84

This section contains articles about protocols for error control in the BB84 quantum encryption method, which you can read more about in the archive for part of this article.

Error_control_quantum_2/error_noise_control/Noise suppression using qubit routing

This section contains articles about protocols for error control using qubit routing noise suppression.

Error_control_quantum_2/ error_noise_control/Pauli channel modeling method:

This section contains protocol articles for the Pauli channel error control method

Error_control_quantum_2/ error_noise_control/QEC 

This section contains articles about the protocols for the quantum error control method QEC
It contains the section:

Error_control_quantum_2/ error_noise_control/QEC/different implementations:

This contains information about the different implementations of this protocol
It has sections:

QECC, CSS

Error_control_quantum_2/error_noise_control/QEM:

The QEM error correction method is described here
There are sections with different implementations: different implementations, interrupted Galerkin method, Method of using PDO in QEM, Quasi-Probabilistic method, Subspace expansion method, Virtual distillation method.

Error_control_quantum_2/error_noise_control/Quantum correction and CSS

You may say “but css is a QEC implementation, you're repeating yourself”, but this contains css-based error control implementations, not a description of css itself.

Error_control_quantum_2/ error_noise_control/RB:

This section contains articles about the protocol for dealing with RB quantum errors
There is a section on:

Error_control_quantum_2/ error_noise_control/RB/different implementations

It contains information about different implementations of this protocol
It has sections:

RB Clifford, RB + MBQC, RB using unitary 2-constructions, URB

Error_control_quantum_2/ error_noise_control/TAP+TS:  

This section has method articles for dealing with TAP+TS

Error_control_quantum_2/ error_noise_control/TPM-based error correction

This section has articles about TPM-based error correction


Error_control_quantum_2/more_information_quantum_cryptogaphy:
This section contains information that is mentioned in the article, but is not directly related to error correction in quantum cryptography:

There are sections on:

Adjustable set and stabilizer, Bayesian_rule, Bloch's_Sphere, Boolean quadric polytope, Clifford_Group, DD sequences, Dual_space, Fourier_transform, Gibbs fields, Gilbert-Varshamov, Gottesman-Knill_theorem, Hamming distances, Hamming's_weigh, Hilbert_space, interrupted Galerkin, Iterative Bayesian Updating, Jensen-Shannon distance, MBQC, Mera_Haara, neural_networks, NMR_traps, Pauli error coefficients, Pauli operators, PDO, POVM, quantum detector tomography, Quantum_gates, Quantum_process_tomography, Schrodinger equation, Shannon entropy, Stabilizer_group, state preparation and measurement, Thouless-Anderson-Palmer, Walsh-Hadamard transformation

I would like to pay attention to the neural_networks section:
It describes the interaction of neural networks and quantum cryptography, quantum computers and neural networks, and quantum error correction using neural networks

There are sections here:

neural_networks/Neural networks and noise and error control

Here various methods for quantum error correction using neural networks are described.

neural_networks/neural networks and quantum crytogaphy:
Various methods for applying neural networks in quantum cryptography are described here