Our group is interested in the development of efficient multiscale and multiphysics modeling methods to help accelerate the design process of quantum electromagnetic devices. We approach these problems by developing novel theoretical frameworks that can leverage the latest advances in computational electromagnetics. We are also interested in applying our new computational electromagnetics methods to the design and analysis of a variety of classical electromagnetic devices that include multiscale, time-varying, and nonlinear features.
Thomas Roth
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Assistant Professor of Electrical and Computer Engineering, Purdue
- Research topics: Device Physics
- Websites: Learn more
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Contact:
rothte@purdue.edu
765-496-5308
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Office Location:
West Lafayette, IN