Nondispersing Bohr Wave Packets - Physics (APS)
... HCP relative to the MW field is slowly scanned over many laser shots. If the HCP arrives before the MW pulse (1), we see no variation in the signal as the delay of the HCP is scanned for either polarization, as expected; the atoms are in the 72p state, an eigenstate. If the HCP arrives at (2), when ...
... HCP relative to the MW field is slowly scanned over many laser shots. If the HCP arrives before the MW pulse (1), we see no variation in the signal as the delay of the HCP is scanned for either polarization, as expected; the atoms are in the 72p state, an eigenstate. If the HCP arrives at (2), when ...
Avoided Antiferromagnetic Order and Quantum Critical Point in
... DOI: 10.1103/PhysRevLett.91.257001 ...
... DOI: 10.1103/PhysRevLett.91.257001 ...
Speed of Light - Lawrence University
... remaining part of each laser pulse passes through the beam splitter and propagates across the lab, passing through a lens and onto a distant flat mirror M before reflecting back toward the detector. At D both parts of the original laser pulse enter an optical fiber and pass on to a photomultiplier w ...
... remaining part of each laser pulse passes through the beam splitter and propagates across the lab, passing through a lens and onto a distant flat mirror M before reflecting back toward the detector. At D both parts of the original laser pulse enter an optical fiber and pass on to a photomultiplier w ...
3D Optical Data Storage CONTENTS
... such as LiNbO3 or BaTiO3 that has certain optical characteristics. › These characteristics include high diffraction efficiency, high resolution, permanent storage until erasure, and fast erasure on the application of external stimulus such as UV light. ...
... such as LiNbO3 or BaTiO3 that has certain optical characteristics. › These characteristics include high diffraction efficiency, high resolution, permanent storage until erasure, and fast erasure on the application of external stimulus such as UV light. ...
Spin-1=2 Optical Lattice Clock
... caused by off-resonant excitations originating from the 578 nm light was calculated based on previous measurements [3] for our typical 20 nW of power. The acoustooptic modulator (AOM) phase chirp was measured by changing the rf power to the chopping AOM (between cavity and atoms) and looking for a c ...
... caused by off-resonant excitations originating from the 578 nm light was calculated based on previous measurements [3] for our typical 20 nW of power. The acoustooptic modulator (AOM) phase chirp was measured by changing the rf power to the chopping AOM (between cavity and atoms) and looking for a c ...
Scattered Light Predictions for Aluminum Painted Reflectors in
... lamp with an aluminize reflector showed excellent correlation with the actual measurements as shown in Figure 9. A correlation coefficient of 0.975 was achieved. Figure 11. Far-field light distribution comparison between the ASAP model and Photometer measurements for SHLA painted reflector ...
... lamp with an aluminize reflector showed excellent correlation with the actual measurements as shown in Figure 9. A correlation coefficient of 0.975 was achieved. Figure 11. Far-field light distribution comparison between the ASAP model and Photometer measurements for SHLA painted reflector ...
Bright Field Microscopy
... therefore shifted in phase. This geometry pertains to most biological specimens that are examined in a polarizing microscope. c) Incident rays that follow trajectories parallel to this axis behave as ordinary rays and are not split into O and E rays. B = 0. ...
... therefore shifted in phase. This geometry pertains to most biological specimens that are examined in a polarizing microscope. c) Incident rays that follow trajectories parallel to this axis behave as ordinary rays and are not split into O and E rays. B = 0. ...
h and j aggregates - DST Unit of Nanoscience
... Fluorescence microscopy is the technique which has been widely used to study the dynamic processes and since J aggregates have high florescence quantum yield and hence there structure can be studied using Fluorescence microscopy. But this is not the case with H aggrega ...
... Fluorescence microscopy is the technique which has been widely used to study the dynamic processes and since J aggregates have high florescence quantum yield and hence there structure can be studied using Fluorescence microscopy. But this is not the case with H aggrega ...
Get PDF - OSA Publishing
... These curves describe perfect parabolas. From geometrical grounds, the parameter k represents a particular light “ray” with linear trajectory (3) in the sζ -plane. The envelope (caustic) of this family of rays results from the solution given in Eq. (4) for m = 0, providing the ballistic signature of ...
... These curves describe perfect parabolas. From geometrical grounds, the parameter k represents a particular light “ray” with linear trajectory (3) in the sζ -plane. The envelope (caustic) of this family of rays results from the solution given in Eq. (4) for m = 0, providing the ballistic signature of ...
Brightfield contrast methods
... In this analysis, the addition of an quarter-wave plate at the back-focal plane of the objective will leave the 0th order undiffracted light unchanged but the effect of the quarter-wave plate on the diffracted light will be to change the cos in the second term to sin, thus converting a phase-modulat ...
... In this analysis, the addition of an quarter-wave plate at the back-focal plane of the objective will leave the 0th order undiffracted light unchanged but the effect of the quarter-wave plate on the diffracted light will be to change the cos in the second term to sin, thus converting a phase-modulat ...
From eclipse drawings to the coronagraph and spectroscopy
... ¾ nearest and only star where we might resolve the basic processes on their characteristic temporal and spatial scales ¾ the Sun is our ultimate source of energy — influences the whole heliosphere ¾ solar activity can cause failure of space based and terrestrial technical systems ¾ the Sun influence ...
... ¾ nearest and only star where we might resolve the basic processes on their characteristic temporal and spatial scales ¾ the Sun is our ultimate source of energy — influences the whole heliosphere ¾ solar activity can cause failure of space based and terrestrial technical systems ¾ the Sun influence ...