Brilliant red self-oriented crystal structures.
Image Credit: Ryan A. DeCrescent & Clayton J. Dahlman

Cover photo: Diversity of hybrid organic/inorganic crystalline microstructures, grown from solution on a substrate. The brilliant red color arises from quantum-confinement effects acting on charges in the inorganic layers.

About Us

Our research concerns novel physical phenomena, both quantum-mechanical and classical in nature, that occur when light interacts with objects of subwavelength dimensions. These objects may be self-assembling molecular crystals, or strategically engineered dielectric structures. We are particularly interested in antenna-like effects arising from oriented dipolar and multipolar resonances, which can be exploited, e.g., to engineer the directionality of absorbed or emitted light. Alternatively, we study naturally occurring radiation/absorption patterns to understand the structure and quantum-mechanical properties of the emitting material. Ultimately, this research may lead to a future where optical properties are controlled and engineered at the atomic or molecular level.

People

Alumni

Graduate Students

Steven Brown
Nikita Butakov
Hamid T. Chorsi
Tanya Das
Ryan DeCrescent
Larry Heki

Project Scientists

Prasad Iyer

Postdoctoral Researchers

Tomer Lewi
Yahya Mohtashami