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full-time faculty, approximately 70 graduate students and over 100 undergraduate majors in the Department of Physics and Applied Physics. The Department has external grant and contract funding of over $10 million per year. Faculty research areas include advanced materials, astronomy and astrophysics, biomedical optics, biophysics, cosmology, medical physics, electromagnetic metamaterials, nanoscience and laser applications, nuclear physics (both fundamental and applied), photonics, plasma physics

entire curriculum for the Ph.D. was a Friday afternoon seminar/introduction to the department/introduction to the field. Each week, the faculty member in charge of the class would pick a topic that was “hot” in communication, and ask two other faculty members to discuss the topic from their respective theoretical or methodological or practical standpoints—for instance, “activism” or “engagement” or “campaigning” or whatever. The idea was to let graduate students see how scholars approach a topic and

and fragment screening for the discovery of antibiotics. Weiwei Xie’s group has discovered several new superconductors as part of their research into novel quantum materials, and Tuo Wang’s work in the area of solid-state NMR is providing new insights into fungal cell wall structure. Our recent recipients of DOE and NSF Early CAREER Awards (Kenneth Lopata, Daniel Kuroda, and Revati Kumar) are involved respectively in theoretical work on attosecond dynamics, experimental studies of two-dimensional

, research, and service. Their peers have nominated and selected the recipients, signifying their high regard among those who know them well. Underwood’s scholarship stands at the forefront of theoretical physics, seamlessly navigating the intersections of Einstein’s general relativity, cosmology, high-energy physics, string theory, and loop quantum gravity. His outstanding achievements are reflected in his 28 refereed publications since 2006 and in the recognition earned through three invitations to

problems that intersect with your research interests. We encourage you to view the current projects shared by participating lab staff to get an idea of ongoing research projects. New this year:  Quantum Information Science and Technology (QuIST) group is joining SRP and eager to connect with faculty and students interested in building the next generation of quantum processing hardware.  Anyone who loves physics, computer science, electrical engineering, and/or device engineering should check out this

problems that intersect with your research interests. We encourage you to view the current projects shared by participating lab staff to get an idea of ongoing research projects. New this year:  Quantum Information Science and Technology (QuIST) group is joining SRP and eager to connect with faculty and students interested in building the next generation of quantum processing hardware.  Anyone who loves physics, computer science, electrical engineering, and/or device engineering should check out this

selected the recipients, signifying their high regard among those who know them well. Underwood’s scholarship stands at the forefront of theoretical physics, seamlessly navigating the intersections of Einstein’s general relativity, cosmology, high-energy physics, string theory, and loop quantum gravity. His outstanding achievements are reflected in his 28 refereed publications since 2006 and in the recognition earned through three invitations to serve as a keynote speaker at major conferences and

, nanotechnology, quantum sciences, humanities, social science, and more! Research-specific information sessions are scheduled starting on November 3. This is a chance to learn more about the program, application process, and meet Caltech faculty in different disciplines. Applications due Jan 7, 2022. Program dates: June 13 – August 19, 2022. These information sessions will dive into the WAVE program—eligibility, application process, timeline, award details, and summer schedule. Faculty from the listed

Center for the Integration of Modern Optoelectronic Materials on Demand REU Posted by: nicolacs / November 18, 2021 November 18, 2021 The University of Washington has a new Center for the Integration of Modern Optoelectronic Materials on Demand (IMOD). This NSF funded program is offering paid summer REU positions at UW and at a dozen other institutions around the country.  The focus is on cutting edge optoelectronics and quantum materials synthesis. Optoelectronic devices that generate, sense

IMOD Summer Research Experience for Undergraduates Posted by: nicolacs / December 19, 2023 December 19, 2023 The National Science Foundation (NSF) Center for the Integration of Modern Optoelectronic Materials on Demand (IMOD) focuses on optoelectronic and quantum research in a multidisciplinary manner, with the goal to transform quantum optoelectronics by developing atomically-precise semiconductor materials and additive manufacturing processes. This science and technology center is based at