Dr. Phillip Anderson has been awarded $253,380 from NASA for his research on The Response of the Ionosphere/Thermosphere System to Forcing by Atmospheric Waves. The primary purposes of the research are to specify the conditions in the ionosphere/thermosphere associated with bubble formation and quantify the relationship between traveling ionospheric disturbances (TIDs), that result from gravity …read more
Dr. Shengwang Du earns $450,000 from the Air Force Office of Scientific Research for his work in the Entanglement Distribution among Six Remote Quantum Nodes through Cold Atomic Ensembles and Photon Polarizations. In this project, Du proposes a new approach to overcome experimental drawbacks based on cold atomic ensembles and their interaction with single-photon polarization …read more
Dr. Chuanwei Zhang received $640,087 from the Air Force Office of Scientific Research for his research on Quantum Simulation, Computation, and Metrology with Ultracold Atoms. Dr. Zhang’s goal is to foster the development of quantum technologies with ultracold atoms by envisioning new device concepts, developing controlling tools, and designing quantum matter with desired properties.
The National Science Foundation awarded Dr. Michael Kolodrubetz, Assistant Professor of Physics, a CAREER award for his research on Floquet Route to Non-Equilibrium Phases of Matter in Cavity QED. The $500,633 project will focus on a class of systems known as many-body cavity quantum electrodynamics (QED), which gives access to quantum properties of light and …read more
The National Science Foundation (NSF) awarded Dr. Michael Kesden $299,876 for his research project WoU-MMA: Gravitational Lensing of Photons and Gravitational Waves in the Era of Multi-Messenger Astrophysics. The project will examine whether upcoming electromagnetic surveys like the Large Synoptic Survey Telescope (LSST) can provide catalogs to help identify the host galaxy of lensed gravitational …read more
Dr. Mark Lee received a $300,000 grant from Texas Instruments for his research on Suppressing and Physically Modeling Low Frequency Noise in Silicon MOSFETs. This project will study the phenomenon of cryogenic annealing to extinguish RTN and extend prior work to determine whether cryogenic can suppress the magnitude or drive down the corner frequency of …read more