  We investigate theoretically the application of Sawtooth Wave Adiabatic
Passage (SWAP) in a 1D magneto-optical trap (MOT). As opposed to related
methods that have been previously discussed, our approach utilizes repeated
cycles of stimulated absorption and emission processes to achieve both trapping
and cooling, thereby reducing the adverse effects that arise from photon
scattering. Specifically, we demonstrate this method's ability to cool, slow,
and trap particles with fewer spontaneously emitted photons, higher forces and
in less time when compared to a traditional MOT scheme that utilizes the same
narrow linewidth transition. We calculate the phase space compression that is
achievable and characterize the resulting system equilibrium cloud size and
temperature.
