معرفی
Julius Goldhar is a Professor in the Department of Electrical and Computer Engineering at the University of Maryland. His research focuses on nonlinear optics, high-power lasers, and advanced optical devices. Notable contributions include pioneering work on multiphoton absorption polymerization (MAP) for 3D optical devices, fiber Bragg grating fabrication, and quantum state discrimination techniques. Goldhar has been recognized as an Optical Society of America Fellow. His academic advising includes former student Duan, who became a faculty member at the University of Alabama.
Key research areas span high-power laser systems, nonlinear optical phenomena, and novel photonic device fabrication. Goldhar’s work integrates experimental and theoretical approaches to push boundaries in spatial resolution, quantum detection limits, and optical signal processing. His lab has developed innovative methods for fabricating polymer waveguides and microring resonators using laser-based techniques. Recent publications emphasize applications in quantum communication, ultrafast optics, and materials characterization.
Goldhar’s academic leadership includes organizing events like the annual Back to School Night for ECE students and mentoring scholars such as Clark Opportunity Transfer Scholar Nathanial Ferlic. His collaborations extend to industry, with advancements in optical interconnects and semiconductor waveguide technologies. His research also addresses challenges in polarization-mode dispersion and coherent reflectometry, reflecting a broad impact across optical engineering domains.
