Ryan Behunin explores the physics of fluctuation-induced phenomena (FIP), optomechanics, and quantum systems. His work on FIP investigates fundamental questions regarding the interaction of light, sound, and matter—spanning from quantum friction to laser noise. Within the field of optomechanics, Ryan is currently focused on Brillouin physics, describing the interaction of light and sound. By using unique aspects of Brillouin physics, Ryan and collaborators have developed new high-performance chip-scale lasers, precision sensors, and novel methods of laser cooling.
Positions
Associate Professor of Physics (Applied Physics and Materials Science)
Northern Arizona
2017
Associate Research Scientist (Applied Physics)
Yale University
2016
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2017
Research Associate (Applied Physics)
Yale University
2013
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2016
Research Associate (Theoretical Division/Center for Nonlinear Studies)
Los Alamos National Laboratory
2010
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2013
Education
Doctorate (Physics)
University of Maryland
2010
BS (Physics)
University of Utah
2004