Moving Plates Create Negative-frequency Photonic Resonance
When in relative motion, plates of a Fabry-Perot interferometer generate a unique resonance with negative frequency if separated by a gap of critical size.
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Quantum Optics + Materials Physics
Space Situational Awareness
Our research in this area exploits informative measurement system in both quantum and classical domains to enhance imaging capabilities, showcasing a smooth integration of theory and practical applications in astronomy and beyond. We can broadly categorize our work in the following categories. Click...
Latest theory work on quantum spatiotemporal optical vortices published in New Journal of Physics
Our latest theory work on quantum spatiotemporal optical vortices is now published in New Journal of Physics. Here, we develop a quantum theory for STOVs with an arbitrary tilt, extending beyond the paraxial limit. We demonstrate that quantum STOV states, such as Fock and coherent twisted photon...
Optics + Machine Learning
Adaptive quantum accelerated imaging for space domain awareness
H. Choi, F. Bao, and Z. Jacob, “Adaptive quantum accelerated imaging for space domain awareness”, New Journal of Physics, 2024.
Pronoy's Papers Among Most Read in New Journal of Physics
Congratulations to Pronoy for a remarkable achievement: two of his papers have been listed among the most-read articles in the highly respected New Journal of Physics. This recognition highlights the global interest and impact of his work. The first paper, titled "New angular momentum conservation...
Ali Jishi's Research Earns Patent for Cutting-Edge Thermal Coating
Congratulations to Ali Jishi on being awarded U.S. Patent #11971226 for a "High-Temperature Thermal Dual-Barrier Coating." This significant achievement is a testament to the innovative research and hard work happening within our group. The newly patented technology describes a sophisticated thermal...
Exploiting universal nonlocal dispersion in optically active materials for spectro-polarimetric computational imaging
X. Wang et al., “Exploiting universal nonlocal dispersion in optically active materials for spectro-polarimetric computational imaging”, SpringerNature, 2024.
Type-1.5 SNSPD: Interacting vortex theory of two bandgap superconducting single photon detectors
L. Bauer, S. Bharadwaj, D. he, S. Liu, P. V. Balachandran, and Z. Jacob, “Type-1.5 SNSPD: Interacting vortex theory of two bandgap superconducting single photon detectors”, arXiv, 2025.