A New Twist on the Majorana Surface Code - Quantum Error Correction and Topological Computing

Join this quantum seminar exploring the intricacies of Majorana surface codes (MSCs) and their potential in quantum error correction. Delve into a comprehensive examination of topological quantum computing and non-abelian anyons, with particular focus on Majorana zero modes (MZMs) as candidates for topologically-protected quantum computing hardware. Learn about a unifying framework for MSC twist defects presented by Campbell McLauchlan, a PhD student from the University of Cambridge studying theoretical physics. Gain insights from McLauchlan's background in physics from the University of Sydney and his current research at the Centre for Quantum Information and Foundations, where he investigates quantum computing, quantum information, and condensed matter physics. Benefit from his experience as a science communicator for Physics World and his work in making complex physics concepts accessible to general audiences through various media platforms.