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Optimizing a Phase Gate Using Quantum Interference
Published
Author(s)
E Charron, Eite Tiesinga, F H. Mies, Carl J. Williams
Abstract
A controlled interference is proposed to reduce, by two orders of magnitude, the decoherence of a quantum gate for which the gate fidelity is limited by coupling to states other than the |0> and |1> qubit states. This phenomenon is demonstrated in an ultracold neutral atom implementation of a phase gate using qubits based on motional states in individual wells of an optical lattice.
Charron, E.
, Tiesinga, E.
, Mies, F.
and Williams, C.
(2002),
Optimizing a Phase Gate Using Quantum Interference, Physical Review Letters
(Accessed June 9, 2023)