Project Details

In the Fault Tolerance Library project, I developed a subset of a library for building fault-tolerant quantum circuits, focusing on the Steane error correction code. This included creating functions to correct single qubit errors and generate fault-tolerant circuits for various quantum gates such as X, Y, Z, H, S, T, and CNOT. My work also involved developing methods to decode measurements into logical 0 or 1, essential for ensuring the reliability of quantum computations against errors. This project not only reinforced my skills in quantum programming using Qiskit but also deepened my understanding of error correction in quantum computing, crucial for the development of scalable quantum technologies.