Dynamical Quantum Error Correction and Non-Invertible Symmetries

Explore the intersection of quantum error correction and non-invertible symmetries in this seminar delivered by Dr. Rajath Radhakrishnan from the University of Oxford at the Isaac Newton Institute. Delve into the theoretical foundations of dynamical quantum error correction, examining how quantum systems can be protected from errors through time-dependent protocols. Investigate the emerging field of non-invertible symmetries and their applications in quantum field theory, particularly in systems with boundaries, impurities, and defects. Learn about the mathematical frameworks that connect these two areas and discover how non-invertible symmetries can provide new insights into quantum error correction mechanisms. Examine specific examples and case studies that demonstrate the practical implications of these theoretical concepts. Gain understanding of the latest research developments in quantum field theory and their potential applications in quantum computing and information processing.