معرفی
Yehuda Braiman is a Research Professor at the University of Central Florida (UCF), affiliated with the College of Photonics and Optics and the Department of Electrical and Computer Engineering since January 2020. He also holds an adjunct position at the University of Tennessee’s Department of Mechanical, Aerospace, and Biomedical Engineering. Previously, he served as a Distinguished R&D Scientist at Oak Ridge National Laboratory and Joint Faculty Professor at the University of Tennessee. His research spans lasers/optics, nonlinear dynamics, chaos control, atomic-scale friction, and signal detection in noisy systems. He has authored/co-authored over 57 journal papers, 17 conference papers, 8 book chapters, and 4 patents. Notable accolades include the R&D 100 Award (2013) and the APS Outstanding Referee Award (2019).
- Education: Doctorate in Physics (details not specified).
- Professional Activities: Member of APS and OSA; referee for multiple journals; co-organizer of international conferences in nonlinear dynamics and tribology.
Research Interests: Braiman’s work focuses on lasers, nonlinear dynamics (e.g., chaos control, Josephson junctions), atomic-scale friction, and cryogenic memory cell designs. His breakthroughs include chaos discovery in Josephson junctions and disorder-based spatiotemporal chaos control (Nature cover, 1995). Recent contributions include designing cryogenic memory cells for efficient data storage (Superconductor Science and Technology, 2016).
Articles Overview: Braiman’s recent work emphasizes high-power laser array synchronization, coherent pulsing, and cryogenic memory systems. Key themes include optimizing phase-locking in semiconductor lasers, leveraging disorder for synchronization, and advancing Josephson junction-based memory technologies.
- Awards:
- R&D 100 Award (2013)
- APS Outstanding Referee Award (2019)
- Nature Cover Highlight (1995)
Advising & Grants: Advises on interdisciplinary projects involving laser arrays and superconducting memory. Collaborations include N. Nair, J. Rezac, and R. Glowinski on cryogenic memory designs. His work integrates computational physics and experimental optics.
Labs/Teams: Active in UCF’s photonics labs and Oak Ridge National Lab’s computational sciences division, focusing on high-power laser systems and superconducting devices.
