Development of a Tm3+-doped Fluoride Glass - DORAS
... ^m), (iv) scintillator dyes (X < 0.4 nm). Dye lasers are generally pumped optically by another laser operating at a shorter wavelength and they are useful for providing a wide range of output wavelengths which may not easily be produced by other laser sources. ...
... ^m), (iv) scintillator dyes (X < 0.4 nm). Dye lasers are generally pumped optically by another laser operating at a shorter wavelength and they are useful for providing a wide range of output wavelengths which may not easily be produced by other laser sources. ...
Construction and operation - the UQ Bose
... trapping and evaporation in optical dipole traps and the experimental realisation. In the future this experiment will be extended by a fast scanning dipole trap to apply arbitrary time averaged potentials of more complex geometries, such as toroidal traps to study the effects of superfluidity in a pe ...
... trapping and evaporation in optical dipole traps and the experimental realisation. In the future this experiment will be extended by a fast scanning dipole trap to apply arbitrary time averaged potentials of more complex geometries, such as toroidal traps to study the effects of superfluidity in a pe ...
Multiterawatt few-cycle pulse OPCPA
... pulses were generated in 1996 at Lawrence Livermoore National Labs (LLNL, Nova 1.25PW, 0.5-ps) [16, 39]. This Petawatt amplifier was dismantled later to make way for the OMEGA-laser. Laser research facilities currently equipped with ”Petawatt-light” are the Rutherford Appleton Labs (RAL, Vulcan 1-PW, ...
... pulses were generated in 1996 at Lawrence Livermoore National Labs (LLNL, Nova 1.25PW, 0.5-ps) [16, 39]. This Petawatt amplifier was dismantled later to make way for the OMEGA-laser. Laser research facilities currently equipped with ”Petawatt-light” are the Rutherford Appleton Labs (RAL, Vulcan 1-PW, ...
NGAO NGS WFS design review - Caltech Optical Observatories
... • 5x5 mode of operation – to simply the size of moving parts while facilitating the two pupil sampling modes, we use the same collimator and post-lenslet relay for both the 63 and 5 sub-ap mode of operation. – We choose 48 pixels/sub-aperture (instead of 50 pixels/sub-ap) to enable 4x4 binned pixel/ ...
... • 5x5 mode of operation – to simply the size of moving parts while facilitating the two pupil sampling modes, we use the same collimator and post-lenslet relay for both the 63 and 5 sub-ap mode of operation. – We choose 48 pixels/sub-aperture (instead of 50 pixels/sub-ap) to enable 4x4 binned pixel/ ...
Coatings - CVI Laser Optics
... in image contrast and lens resolution caused by reflected ghost images (usually defocused) superimposed on the desired image. Applications generally require that the reflected portion of incident light approach zero for transmitting optics (lenses), 100% for reflective optics (mirrors), or some fixe ...
... in image contrast and lens resolution caused by reflected ghost images (usually defocused) superimposed on the desired image. Applications generally require that the reflected portion of incident light approach zero for transmitting optics (lenses), 100% for reflective optics (mirrors), or some fixe ...
Coherent Control of Atoms and Molecules
... and David Jonas. In the experiment where we compressed ultrafast optical pulses with spinning molecules, Mark Baertschy (a postdoc of Chris Green's, who is a fellow here at JILA) modeled the experiment, and helped us understand how we can optimize the compression experiment. ...
... and David Jonas. In the experiment where we compressed ultrafast optical pulses with spinning molecules, Mark Baertschy (a postdoc of Chris Green's, who is a fellow here at JILA) modeled the experiment, and helped us understand how we can optimize the compression experiment. ...
Adaptive Control of Ultrashort Laser Pulses for
... was introduced that works as a coherent source of light—from this time on, the properties of the light field could be controlled in a well-defined manner and were used as an instrumental tool of high precision. Only few decades later, in the era of photonics, ultrashort pulses of this laser light ha ...
... was introduced that works as a coherent source of light—from this time on, the properties of the light field could be controlled in a well-defined manner and were used as an instrumental tool of high precision. Only few decades later, in the era of photonics, ultrashort pulses of this laser light ha ...
Integrated Optic/Nanofluidic Detection Device with Plasmonic Readout
... integrating optical and fluidic components, devices have become smaller, cheaper, and more robust. By moving from macro-fluidic to microfluidic tools, sample volumes are reduced, saving money and time in reagent use, and enabling higher resolution detection. However, current integrated lab-on-a-chip ...
... integrating optical and fluidic components, devices have become smaller, cheaper, and more robust. By moving from macro-fluidic to microfluidic tools, sample volumes are reduced, saving money and time in reagent use, and enabling higher resolution detection. However, current integrated lab-on-a-chip ...
