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Mr. Agustsson is a diversely proficient accelerator engineer with nearly a decade of hands on experience in the field of experimental accelerator physics. His principal aptitudes include magnetics design/ engineering, RF structure engineering/fabrication and vacuum engineering/fabrication. He also manages all in-house fabrication.
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Dr. Andonian recieved his Ph.D. in Physics from UCLA in 2006. He currently leads several projects at RadiaBeam including the Real-Time Interferometer, a novel single-shot longitudinal bunch length diagnostic and explorations into accelerator modeling using a user-friendly, modular approach for emission processess of high brightness electron beams. |
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Mr. Boucher’s previous experience as an engineer with SureBeam Corporation, a manufacturer of industrial accelerator systems for food irradiation and product sterilization, inspired him to research new radiation sources for commercial applications, which led to the founding of RadiaBeam Technologies. His areas of expertise are commercial applications of accelerators, RF design, and beam dynamics simulations.
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Ms. Chang received her B.S. degree in Electrical Engineering from the University at Buffalo in 2005, and she is currently pursuing her Master's degree. She is an experienced software/web developer and control systems engineer. She also assists with RadiaBeam's sales efforts. Ms. Chang is fluent in Chinese (Mandarin, Cantonese and Hockien) and Malay. |
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Mr. Frigola is a recognized authority in accelerator engineering, having served for more than a decade as the principal engineer of the UCLA Particle Beam Physics lab. His particular skills are 3D magnetic simulation, Finite Element Analysis, and mechanical engineering. |
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Dr. Murokh received his Ph.D. in experimental physics from UCLA in 2002 and joined RadiaBeam in 2005 after completing his Postdoctoral appointment. Dr. Murokh's research interests are focused in the physics of high brightness electron beams and free electron lasers; with the emphasis on diagnostic and manipulation techniques for ultra-fast beams and interaction processes. |
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James Rosenzweig is a professor of physics in the UCLA Department of Physics and Astronomy, and is the Director of Particle Beam Physics Laboratory. In addition to his well-known research in advanced accelerators and free-electron lasers, he has been involved in industrial applications of accelerators since 1993. |
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Mr. Ruelas received his BS in Physics from UCLA in 2006 where he focused on beam-plasma interactions. His interests include automation and instrumentation for beam instrumentation as well as medical uses of accelerators. |
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Dr. Travish has worked in beam physics, radiation production and accelerator technology for the past 15 years including: the first high- gain FEL experiments (UCLA); first saturation of a visible high-gain FEL (ANL); development and operation of numerous RF photoinjectors; extensive development of drive lasers, diagnostics and magnet systems for high-brightness beams; and, the design, construction and integration of new accelerator projects in multiple laboratories worldwide. He has authored over 100 scientific publications, and is active in experimental particle beam research. |
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