Simulations show femtosecond-scale Z and S gates in a laser-dressed Kramers-Henneberger atom, with the full single-qubit gate set demonstrated in an idealized two-level model.
Analytical Treatment of Stabilization
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abstract
We present a summarizing account of a series of investigations whose central topic is to address the question whether atomic stabilization exists in an analytical way. We provide new aspects on several issues of the matter in the theoretical context when the dynamics is described by the Stark Hamiltonian. The main outcome of these studies is that the governing parameters for this phenomenon are the total classical momentum transfer and the total classical displacement. Whenever these two quantities vanish, asymptotically weak stabilization does exist. For all other situations we did not find any evidence for stabilization. We found no evidence that strong stabilization might occur. Our results agree qualitatively with the existing experimental findings.
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Ultrafast quantum gate operations in a Kramers-Henneberger atom Qubit
Simulations show femtosecond-scale Z and S gates in a laser-dressed Kramers-Henneberger atom, with the full single-qubit gate set demonstrated in an idealized two-level model.