Physical Review A · 1995 · 68 citations · 11 references
Natural SciencesPhysicsAtomic PhysicsElectromagnetismOpticsElectromagnetic WavesMaxwell's EquationsNonlinear OpticsNonlinear Wave DynamicsPhysical OpticsWave OpticsBloch EquationsElectromagnetic Field TheoryEliminationMaster Equation ApproachesMaster Equation ModelsNonlinear Optical PropagationNonlinear Optical PropertiesNonlinear Optical Response
The linear and nonlinear properties of propagation of an electromagnetic field through a medium may be derived by the effective elimination of the medium from the coupled Maxwell-Bloch equations. In this paper we suggest, on the other hand, the elimination of the field from the Maxwell-Bloch equations as a means to derive a nonlinear master equation for, e.g., an atomic sample in a laser field. This presents a straightforward and physically intuitive derivation of equations for ``nonlinear atom optics,'' obtained recently by other approaches.
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G. Lenz, Pierre Meystre, E. M. Wright · Physical Review Letters · 1993 · 166 citations
Atomic soliton in a traveling wave laser beam
Weiping Zhang, D. F. Walls, Barry C. Sanders · Physical Review Letters · 1994 · 125 citations