Storage and Control of Optical Photons Using Rydberg
... associated with the 60s blockade process. The microwave field thus introduces a second blockade scale [23,24] with a characteristic size R ¼ ðC3 =@ Þ1=3 , where C3 is the resonant dipole-dipole interaction coefficient and is the Rabi frequency of the microwave transition. By varying we can ...
... associated with the 60s blockade process. The microwave field thus introduces a second blockade scale [23,24] with a characteristic size R ¼ ðC3 =@ Þ1=3 , where C3 is the resonant dipole-dipole interaction coefficient and is the Rabi frequency of the microwave transition. By varying we can ...
Design of illumination and projection optics for projectors with single
... To eliminate the light path interference and to maximize the contrast ratio, we incorporated a new light separator into the projection system. The light separator is an integral feature of the compound prism system to steer the light onto and away from the DMD. As shown in Fig. 3, the prism system c ...
... To eliminate the light path interference and to maximize the contrast ratio, we incorporated a new light separator into the projection system. The light separator is an integral feature of the compound prism system to steer the light onto and away from the DMD. As shown in Fig. 3, the prism system c ...
Broadband Semiconductor Light Source for Optical Sensing
... comparison with the semiconductor laser and low in powerlight conversion efficiency because it does not involve oscillation. Therefore, it is considered that the operating life performance is inferior to the semiconductor laser. The InGaAs active layer which emits light in a spectrum from 1.0 to 1.1 ...
... comparison with the semiconductor laser and low in powerlight conversion efficiency because it does not involve oscillation. Therefore, it is considered that the operating life performance is inferior to the semiconductor laser. The InGaAs active layer which emits light in a spectrum from 1.0 to 1.1 ...
Review Article Nanostructures for Enhanced Light Absorption in
... Nanostructures may furthermore be designed to manage the electromagnetic near field; the field energy can be spatially confined to a photoactive region in a way sometimes inspired by the natural photosynthetic antenna system. Optical nanoantennae are small plasmonic particles that resonate at visibl ...
... Nanostructures may furthermore be designed to manage the electromagnetic near field; the field energy can be spatially confined to a photoactive region in a way sometimes inspired by the natural photosynthetic antenna system. Optical nanoantennae are small plasmonic particles that resonate at visibl ...
6.1 Characteristics Because VCSELs emit from the top surface of the
... modulation scheme, the semiconductor laser is operating in a ContinuousWave (CW) mode at a fixed operating point. An electrical drive signal is applied to an optical modulator, which is external to the laser. Consequently, the applied drive signal modulates the laser output light on and off without ...
... modulation scheme, the semiconductor laser is operating in a ContinuousWave (CW) mode at a fixed operating point. An electrical drive signal is applied to an optical modulator, which is external to the laser. Consequently, the applied drive signal modulates the laser output light on and off without ...
3-D Ultrahigh Resolution Optical Coherence Tomography with
... When the wave front aberrations of the eye are measured precisely and in real time, it is possible to correct them by using a wave front correcting device that compensates the eye’s aberrations. This is a direct application of Adaptive Optics (AO) on the eye imaging. In the ideal case, the AO system ...
... When the wave front aberrations of the eye are measured precisely and in real time, it is possible to correct them by using a wave front correcting device that compensates the eye’s aberrations. This is a direct application of Adaptive Optics (AO) on the eye imaging. In the ideal case, the AO system ...