James Brown

The Generalized Superfast Encoding (GSE) is a fermion-to-qubit mapping that can have error detecting/correction properties. However, the ability to harness these properties effectively is hampered by a lack of fault-tolerant circuitry. It has been shown recently that Trotter circuits (within an error correcting code) can be fault-tolerant but the problem remains of how to implement the necessary CNOT ladders without destroying fault-tolerance. To partially address this problem, we utilize Clifford noise reduction (CliNR) to prepare and teleport the CNOT ladders and show that the rate of undetectable errors is lowered.