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Research Areas
Applied Physics
Research in areas related to applied physics span topics in advanced materials, integrated photonics and opto-electronics, nano-fabrication, and new device concepts. Some of this focuses on the fabrication and characterization of nano-microtoroidal silicon-based resonators that exhibit extremely high Q factors. These photonic elements offer potential for a variety of applications, including chemical and biomedical sensing.
Other new directions being pursued seek to exploit these devices in arrays to create surfaces comprised of artificially-created materials (metamaterials) that can be used to scatter microwave radiation using optical and electrical signals to control the energy scattered from or captured by the surface. It is envisioned that this work can impact defense (e.g. radar cross section), commercial (e.g. automobile collision avoidance radar), and biomedical (e.g. irradiation of tissue) applications.
Combining a deep knowledge of physics with creative engineering to extend the frontiers of sensing, imaging and computation.
Meet the Faculty
Shantanu Chakrabartty
Explores frontiers in unconventional analog computing technique
Mark Lawrence
Builds systems and devices applications in computing and quantum information
Matthew Lew
Builds new nanoscale imaging technologies
Aravind Nagulu
Pioneering the area of novel wave propagation based on time-variance
Jung-Tsung Shen
Exploits the unique properties of quantum nano-photonics
Lan Yang
Focuses on advanced nano/micro photonic devices with optical properties
Affiliate Faculty
Kater Murch
Focusing on the interface of Atomic, Molecular, and Optical (AMO) and condensed matter physics
The Lew Lab
Professor Lew and his students build advanced imaging systems to study biological and chemical systems at the nanoscale, leveraging innovations in applied optics, classical and quantum detection and estimation theory, optimal system design, and physical chemistry.
The Lawrence Lab
Professor Lawrence and his lab are harnessing breakthroughs in nanoscale engineering to push the limits of light-based technologies, targeting applications ranging from all-optical computing and quantum communication to metrology and biosensing.
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