Beni Yoshida (Perimeter) “Fault-tolerant quantum computation meets symmetry-protected topological phases” SPECIAL LOCATION: 1 Le Conte Hall
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Abstract: The goal of fault-tolerant quantum computation is to operate a large-scale quantum computer reliably by encoding the quantum computer’s state in the blocks of quantum error-correcting code. As such, finding and classifying fault-tolerantly implementable logical gates in a quantum error-correcting code has been a long-standing important problem in quantum information science. In this talk, I will argue that a … Read More