Qec Codes Github

Qec Codes Github Python package for simulation and visualization of quantum error correction on surface codes. the package provides the ability to inspect the error correcting code during the decoding process, and tools to benchmark the decoder. We provide a number of quantum error correction codes. the toric code is a 2d topological code [kitaev]. we can define a toric code instance by toriccode. here is a schematic diagram of 2*3 toric code: the toric code has two types of stabilizers: x stabilizers and z stabilizers.

The Qec Github The 3 qubit phase flip code is similar to the bit flip code, but operates in the x basis rather than z basis. it uses hadamard gates to transform between bases, encoding logical | and |. Cuda q qec is a high performance quantum error correction library that leverages nvidia gpus to accelerate classical decoding and processing of quantum error correction codes. Stats at a glance: 1068 code entries, 18 kingdoms, 3 domains, 438 classical codes, 589 quantum codes, 12 c q codes, 81 topological codes, 132 quantum ldpc codes, 25 dynamically generated codes, 166 css codes, and 67 bosonic codes. In this paper we presented qec code sim, an open source, portable, easily extended toolkit for studying qubit noise characteristics in the context of qec codes.

Github Qec Pages Product Codes Several Construction Of Css Product Codes Stats at a glance: 1068 code entries, 18 kingdoms, 3 domains, 438 classical codes, 589 quantum codes, 12 c q codes, 81 topological codes, 132 quantum ldpc codes, 25 dynamically generated codes, 166 css codes, and 67 bosonic codes. In this paper we presented qec code sim, an open source, portable, easily extended toolkit for studying qubit noise characteristics in the context of qec codes. This repository provides a tutorial style guide and simulation framework for quantum error correction (qec) using the surface code. it uses the high performance stim simulator and focuses on memory experiments that demonstrate logical qubit lifetimes and threshold behavior. Quantum circuit simulation with tensor network to estimate the threshold of qec. also, we include more general qec tools, including. measurement circuit construction. tensorqec is a julia language package. The first step in a qec workflow is defining a qec code with an associated noise model. qec codes are ultimately implemented through stabilizer measurements, which are themselves noisy quantum circuits. Explicitly, we train an rl agent that automatically discovers both qec codes and their encoding circuits for a given gate set, qubit connectivity and error model, from scratch.