Principal Investigator
Richard Averitt Professor of Physics, UC San Diego, 2014 - present Adjunct Professor of Physics, Boston University 2014 - 2016 Associate Professor of Physics, Boston University 2010-2013 Assistant Professor of Physics, Boston University 2006-2010 Staff Scientist, Los Alamos National Laboratory 2001-2006 Director’s Postdoctoral Fellow, Los Alamos National Laboratory 1999-2001 PhD Applied Physics, Rice University 1998 "I am interested in the optical and electronic properties of quantum materials. We utilize time-resolved optical spectroscopy spanning from the far-infrared through the visible to explore the fundamental properties of quantum materials with a view towards dynamics and control. I also have long-standing interests and metamaterials and plasmonics. Considerably more information can be found throughout this website. You can always contact me at raveritt@ucsd.edu if you have questions about our research." |
Graduate Student
Peter Kim Graduate Student, 2018-present B.S., Physics, Vassar College, 2017 "I am interested in developing and using ultrafast spectroscopic techniques to study strongly correlated quantum materials and nonequilibrium physics. Recently, my research has been focused on exploring novel quantum magnets including Kitaev spin-liquid candidates and magnetic topological systems with high-sensitivity optical and near-infrared magneto-optical measurements. I am also working to bring high-field mid-infrared pulses to these experiments." |
Graduate Student
Mustafa Ali Graduate Student, 2018-present B.S., Physics, UCSD, 2018 "My Research interests lie in how to apply ultrafast mid infrared, terahertz, and optical pump-probe techniques to strongly correlated electron materials to selectively excite and monitor transient states that are otherwise inaccessible by more traditional means. Of particular interest is how to push condensed matter systems that have a high level of competition between their many degrees of freedom into displaying some broad range of favorable "properties on demand." Currently I am working on developing a technique that uses intense ultrafast mid infrared circularly polarized pulses to efficiently generate coherent magnons while using a variety of time-resolved magneto-optical methods to help monitor the dynamics of the population in antiferromagnetic Mott Insulators." |
Graduate Student
Maxwell Poore Graduate Student, 2018-present B.S., Physics, UCSD, 2018 "I am interested in novel forms of magnetism; from spin liquids to intrinsic magnetic topological insulators. I think developments in these areas will pave the way for the future of computing and technology in general. My research involves using nonlinear optics to tune how we both perturb and observe these materials. I have built and will continue working on developing near IR and mid IR light sources to look at these materials with. Looking to the future I hope to combine optical, IR, and THz experiments to better understand these novel materials." |