71.1

Mostafa Peysokhan

University of New Mexico

Mostafa Peysokhan has made significant contributions to the field of optical refrigeration, pushing the boundaries of cooling capabilities in doped silica fibers. Research findings have led to advances in anti-Stokes fluorescence cooling, enabling the achievement of cryogenic temperatures, and demonstrated the potential for laser-induced power cooling and radiation-balanced fiber lasers. These breakthroughs have substantial implications for various applications, including advanced fiber amplifiers, lasers, and solid-state optical refrigeration systems. By developing novel techniques for measuring absorption coefficients and characterizing rare-earth doped fibers, Peysokhan's work enhances our understanding of the underlying physics and paves the way for further innovation in this field.

Laser CoolingOptical RefrigerationDaytime Radiative CoolingRadiative CoolingSolid-State LasersDiode Laser AbsorptionRadiation-Balanced LasersCryogenic TemperaturesFiber LasersNonlinear OpticsThermal LoadingInfrared Laser Absorption
Commercial signal 71.7
Scientific signal 68.8
Social signal 65.5
Papers 24
3 Patent-to-paper cites
169 Paper cites

scientifiq.ai is an experimental platform. The platform relies on open source data and it may contain errors. Its primary goal is to advance scientific research on innovation.