We demonstrate cooling of a 2 micron thick GaAs/InGaP double-heterostructure to 165 K from ambient using an all-solid-state optical refrigerator. Cooler is comprised of Yb(3+)-doped YLF crystal, utilizing 3.5 Watts of absorbed power near the E4-E5 Stark manifold transition. (C) 2010 Optical Society of Americ
A 7% Yb:YLF crystal is laser cooled to 131 ± 1 K from room temperature by placing it inside the exte...
Optically refrigerated resonators may be useful in optical devices and exploring quantum effects. He...
The physics and engineering issues associated with laser cooling of III-V compound semiconductors, i...
Abstract: We demonstrate cooling of a 2 micron thick GaAs/InGaP double-heterostructure to 165 K from...
We report on bulk optical refrigeration of Yb:YLF crystal to a temperature of ∼124 K, starting from ...
We have achieved cryogenic optical refrigeration with a record low temperature in optical refrigerat...
Laser radiation has been used to cool matter ranging from dilute gases to micromechanical oscillator...
Abstract: We present the first observation of cryogenic operation in an all-solid-state refrigerato...
This thesis compiles recent achievements in optical refrigeration, cooling a 5 wt. % ytterbium doped...
Vibration-free cooling of detectors to cryogenic temperatures is critical for many terrestrial, airb...
Minimum achievable temperature of similar to 110 K is measured in a 5% doped Yb:YLF crystal at lambd...
We review progress on laser cooling of solids. The general process that enables cooling to occur is ...
This research is focused on making lasers without internal waste heat. Lasers have become important ...
Optical cooling of a YLF:Yb single crystal to 87 K, well below the minimum achievable temperature pr...
Laser cooling in solids is based on anti-Stokes luminescence, via the annihilation of lattice phonon...
A 7% Yb:YLF crystal is laser cooled to 131 ± 1 K from room temperature by placing it inside the exte...
Optically refrigerated resonators may be useful in optical devices and exploring quantum effects. He...
The physics and engineering issues associated with laser cooling of III-V compound semiconductors, i...
Abstract: We demonstrate cooling of a 2 micron thick GaAs/InGaP double-heterostructure to 165 K from...
We report on bulk optical refrigeration of Yb:YLF crystal to a temperature of ∼124 K, starting from ...
We have achieved cryogenic optical refrigeration with a record low temperature in optical refrigerat...
Laser radiation has been used to cool matter ranging from dilute gases to micromechanical oscillator...
Abstract: We present the first observation of cryogenic operation in an all-solid-state refrigerato...
This thesis compiles recent achievements in optical refrigeration, cooling a 5 wt. % ytterbium doped...
Vibration-free cooling of detectors to cryogenic temperatures is critical for many terrestrial, airb...
Minimum achievable temperature of similar to 110 K is measured in a 5% doped Yb:YLF crystal at lambd...
We review progress on laser cooling of solids. The general process that enables cooling to occur is ...
This research is focused on making lasers without internal waste heat. Lasers have become important ...
Optical cooling of a YLF:Yb single crystal to 87 K, well below the minimum achievable temperature pr...
Laser cooling in solids is based on anti-Stokes luminescence, via the annihilation of lattice phonon...
A 7% Yb:YLF crystal is laser cooled to 131 ± 1 K from room temperature by placing it inside the exte...
Optically refrigerated resonators may be useful in optical devices and exploring quantum effects. He...
The physics and engineering issues associated with laser cooling of III-V compound semiconductors, i...
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