Malvin Teich
Professor Teich’s research interests include quantum photonics, neural coding, and wavelet analysis of fractal biological signals.
Anna Swan
Professor Swan’s research interests include low dimensional material properties, strain engineering electronic properties of 2D materials, and optical spectroscopy of 2D materials.
Alexander Sushkov
Research interests: – Quantum tools for precision measurements – Magnetic imaging on nanometer scale Research Website Department Website
Kenneth Rothschild
The Molecular Biophysics Laboratory develops advanced biophysical methods in vibrational spectroscopy combined with advanced techniques in biomolecular engineering to understand the molecular mechanisms of membrane protein function. The group focuses primarily on rhodopsins, a large family of integral membrane proteins involved in animal vision and photo-sensing and ion transport in bacteria and algae. One important […]
Siddharth Ramachandran
Professor Ramachandran and team focus their research around nonlinear, ultrafast and quantum photonics,, fundamentals of light-matter interactions, fibers and guided-wave devices, super-resolution & brain imaging, classical & quantum networks.
Jerome Mertz
Dr. Mertz and team work on the development of new microscopy techniques for biomedical imaging in their lab.
Bennett Goldberg
Professor Emeritus Bennett Goldberg follows research interests in biological sensors, semiconductor IC optical failure analysis, and nanotubes and non-optics.
Shyamsunder Erramilli
Professor Erramilli works on developing high-resolution infrared microscopy for studying biological systems. Images with spatial and temporal information add to our understanding of these systems. Vibrational spectroscopy is an exquisitely sensitive tool for studying the many biomolecular systems that exhibit characteristic “fingerprint” absorption bands. Combining this sensitivity with microscopy allows the imaging of living systems […]
Luca Dal Negro
Dr. Negro’s research interests include nano-optics and metamaterials, as well as advanced imaging and multifunctional optical devices and the nonlinear and quantum optics of photonic nanostructures. He furthermore studies light scattering and anomalous photon transport in complex media, and the localization and novel wave phenomena in aperiodic structures.
Keith Brown
Dr. Brown primarily studies polymers and smart fluids in order to measure their useful properties, and the order in which they emerge, defining importance. Namely, he seeks to develop methods which increase the throughput of materials research using scanning probe lithography, autonomous experimentation, additive manufacturing, and combinatorial chemistry.