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Centre-of-mass atomic motion in an optical lattice near the resonance isshown to be a chaotic walking due to the interplay between coherent internalatomic dynamics and spontaneous emission. Statistical properties of chaoticatomic motion can be controlled by the single parameter, the detuning betweenthe atomic transition frequency and the laser frequency. We derive aFokker-Planck equation in the energetic space to describe the atomic transportnear the resonance and demonstrate numerically how to manipulate the atomicmotion varying the detuning.

Nonlinear control of chaotic walking of atoms in an optical lattice