In a 1D model Kramers-Henneberger atom, coherent superpositions of the two bound states produce cyclic Wigner-flow motion at the eigenstate energy difference, with momentum-space confinement and ionization tails under full laser dynamics.
The Wigner function is real and normalized, and its marginals correspond to physical probability distributions for each conjugate variable, respectively
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Quantum beating and cyclic structures in the phase-space dynamics of the Kramers-Henneberger atom
In a 1D model Kramers-Henneberger atom, coherent superpositions of the two bound states produce cyclic Wigner-flow motion at the eigenstate energy difference, with momentum-space confinement and ionization tails under full laser dynamics.