Optically refrigerated resonators may be useful in optical devices and exploring quantum effects. Here, the authors show laser refrigeration of a semiconductor mechanical oscillator Yb:YLF host crystal and lowering the thermal load temperature
ii This thesis focuses on an experimental investigation of refrigeration of solids induced by incide...
Laser cooling in solids is based on anti-Stokes luminescence, via the annihilation of lattice phonon...
Optical cooling of a YLF:Yb single crystal to 87 K, well below the minimum achievable temperature pr...
Thesis (Ph.D.)--University of Washington, 2020Photothermal heating is a major constraint that limits...
We review the field of laser cooling of solids, focusing our attention on the recent advances in cry...
Vibration-free cooling of detectors to cryogenic temperatures is critical for many terrestrial, airb...
Laser radiation has been used to cool matter ranging from dilute gases to micromechanical oscillator...
The status of optical refrigeration of rare-earth-doped solids is reviewed, and the various factors ...
We report on bulk optical refrigeration of Yb:YLF crystal to a temperature of ∼124 K, starting from ...
We review progress on laser cooling of solids. The general process that enables cooling to occur is ...
We demonstrate cooling of a 2 micron thick GaAs/InGaP double-heterostructure to 165 K from ambient u...
Optomechanical interactions in high-finesse cavities offer a new promising route for the ongoing exp...
Laser cooling is an important emerging technology in such areas as the cooling of semiconductors. Th...
This research is focused on making lasers without internal waste heat. Lasers have become important ...
Over the past two and a half decades, advancements in the field of laser cooling of solids have prov...
ii This thesis focuses on an experimental investigation of refrigeration of solids induced by incide...
Laser cooling in solids is based on anti-Stokes luminescence, via the annihilation of lattice phonon...
Optical cooling of a YLF:Yb single crystal to 87 K, well below the minimum achievable temperature pr...
Thesis (Ph.D.)--University of Washington, 2020Photothermal heating is a major constraint that limits...
We review the field of laser cooling of solids, focusing our attention on the recent advances in cry...
Vibration-free cooling of detectors to cryogenic temperatures is critical for many terrestrial, airb...
Laser radiation has been used to cool matter ranging from dilute gases to micromechanical oscillator...
The status of optical refrigeration of rare-earth-doped solids is reviewed, and the various factors ...
We report on bulk optical refrigeration of Yb:YLF crystal to a temperature of ∼124 K, starting from ...
We review progress on laser cooling of solids. The general process that enables cooling to occur is ...
We demonstrate cooling of a 2 micron thick GaAs/InGaP double-heterostructure to 165 K from ambient u...
Optomechanical interactions in high-finesse cavities offer a new promising route for the ongoing exp...
Laser cooling is an important emerging technology in such areas as the cooling of semiconductors. Th...
This research is focused on making lasers without internal waste heat. Lasers have become important ...
Over the past two and a half decades, advancements in the field of laser cooling of solids have prov...
ii This thesis focuses on an experimental investigation of refrigeration of solids induced by incide...
Laser cooling in solids is based on anti-Stokes luminescence, via the annihilation of lattice phonon...
Optical cooling of a YLF:Yb single crystal to 87 K, well below the minimum achievable temperature pr...