Phase- and Polarization-Controlled Two-Photon Rabi Oscillation of the Biexciton State in a Semiconductor Quantum Dot

Phase- and Polarization-Controlled Two-Photon Rabi Oscillation of the Biexciton State in a Semiconductor Quantum Dot

Blog Article

Under a degenerate two-photon resonant excitation, the Rabi oscillation of the four-level biexciton system in a semiconductor quantum dot is theoretically investigated.The influence of Visor Products the laser phases on the state manipulation is modeled and numerically calculated.Due to the interference between different excitation paths, the laser phase plays an Food Wraps important role and can be utilized as an alternate control knob to coherently manipulate the biexciton state.

The phase control can be facilely implemented by changing the light polarization via a quarter-wave plate.