Revolutionizing Efficiency: A Novel Strategy for Quantum Noise Mitigation

Quantum computing is one of the most important emerging computer technologies . In quantum computing, noise mitigation plays a very important role in practical and fault-tolerant quantum systems. Quantum computers promise unparalleled computational power, but they are very fragile in the face of various noise sources. In this paper we present a good overview of noise mitigation techniques and also mainly focus on optimization and efficiency of noise mitigation codes that are tailored for standard quantum gates. We go deeper into the concepts of design and application in quantum error correction and noise mitigation codes, which are specifically optimized for mitigating errors that are used to understand gate imperfections in quantum computers. This paper discusses noise mitigation methods and histograms for various reversible logical gates, such as Feynman, Hadamard, and others, using IBM Quantum Experience.