Presented By: Applied Physics
Applied Physics Seminar | New Realms of Light-Matter Interactions
Hui Deng, Ph.D., Professor of Physics, College of Literature, Science, and the Arts and Professor of Electrical Engineering and Computer Science, College of Engineering, University of Michigan
Abstract:
Light-matter interaction is ubiquitous and of fundamental importance in modern science and technology. Recent developments in materials, photonics and condensed matter physics have opened doors to exciting new opportunities to control light-matter interactions and create light-matter coupled systems. We will discuss a few of our past and on-going efforts in this theme using van der Waals materials. These systems on one hand may provide an experimental testground of novel phenomena, and on the other hand may serve as a bridge between such phenomena and better technology for the future.
Light-matter interaction is ubiquitous and of fundamental importance in modern science and technology. Recent developments in materials, photonics and condensed matter physics have opened doors to exciting new opportunities to control light-matter interactions and create light-matter coupled systems. We will discuss a few of our past and on-going efforts in this theme using van der Waals materials. These systems on one hand may provide an experimental testground of novel phenomena, and on the other hand may serve as a bridge between such phenomena and better technology for the future.
Co-Sponsored By
Livestream Information
ZoomOctober 30, 2024 (Wednesday) 12:00pm
Meeting ID: 93170512369
Meeting Password: Passcode: 898441
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