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The recent realization of coherent single-electron sources in ballisticconductors let us envision performing time-resolved electronic interferometryexperiments analogous to quantum optics experiments.One could eventually usepropagating electronic excitations as flying qubits. However an importantmissing brick is the single-shot electron detection which would enable acomplete quantum information operation with flying qubits. Here, we propose anddiscuss the design of a single charge detector able to achieve in-flightdetection of electron flying qubits. Its sub-electron sensitivity would allowthe detection of the fractionally charged flying anyons of the FractionalQuantum Hall Effect and would enable the detection of anyonic statistics usingcoincidence measurements.

Design of a Single-Shot Electron detector with sub-electron sensitivity for electron flying qubit operation