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Optical Stochastic CooLing
... distribution of cooling rates. In particular, an increase of horizontal damping can allow a reduction of the optical amplifier wavelength, but at the same time it makes more difficult to handle an increase of beta-function in the cooling area required to keep sufficiently large value for the horizon ...
... distribution of cooling rates. In particular, an increase of horizontal damping can allow a reduction of the optical amplifier wavelength, but at the same time it makes more difficult to handle an increase of beta-function in the cooling area required to keep sufficiently large value for the horizon ...
1.5% root-mean-square flat-intensity laser beam
... both intensity and phase. However, since the calculation of lens surfaces is based on specific input and output beam shapes, the whole system can only work well for the single input–output combination. In addition, the technique can do nothing to reduce the effect of spatial noise and imperfections ...
... both intensity and phase. However, since the calculation of lens surfaces is based on specific input and output beam shapes, the whole system can only work well for the single input–output combination. In addition, the technique can do nothing to reduce the effect of spatial noise and imperfections ...
Towards noninvasive glucose sensing using
... hLi in turbid media is a difficult quantity to define, quantify, and measure, and really represents a statistical distribution metric of a variety of photon paths that depend in a complex way on tissue optical properties and measurement geometry, (iii) other optically active chiral species are prese ...
... hLi in turbid media is a difficult quantity to define, quantify, and measure, and really represents a statistical distribution metric of a variety of photon paths that depend in a complex way on tissue optical properties and measurement geometry, (iii) other optically active chiral species are prese ...
A pulsed dye laser for photo-ionization of magnesium atoms
... One of the most attractive properties of dye lasers is their tunability. The uorescence band of organic dyes spans several tens of nanometers (Figure 2.5). Within this uorescence band, laser emission can be observed over a wavelength range for which the probability for uorescence is high while th ...
... One of the most attractive properties of dye lasers is their tunability. The uorescence band of organic dyes spans several tens of nanometers (Figure 2.5). Within this uorescence band, laser emission can be observed over a wavelength range for which the probability for uorescence is high while th ...
Measuring amplitude and phase in optical fields with
... In order to get sub-wavelength resolution in optical fields, it is crucial to probe high spatial frequencies contained in evanescent waves. To access the evanescent waves, a probe has to be brought close to the surface. “Close” or “near” means smaller than a wavelength (in contrast to “far”) because ...
... In order to get sub-wavelength resolution in optical fields, it is crucial to probe high spatial frequencies contained in evanescent waves. To access the evanescent waves, a probe has to be brought close to the surface. “Close” or “near” means smaller than a wavelength (in contrast to “far”) because ...
Chapter 5 Experimental Apparatus II
... to be absorbed than regular MOT photons, because their cross section for absorption is independent of detuning due to the possibility of taking part in a two-photon stimulated scattering event [Castin98; Wolf00]. In the festina lente regime [Castin98], however, where the photon scattering rate (due ...
... to be absorbed than regular MOT photons, because their cross section for absorption is independent of detuning due to the possibility of taking part in a two-photon stimulated scattering event [Castin98; Wolf00]. In the festina lente regime [Castin98], however, where the photon scattering rate (due ...