Jared Maxson

Jared Maxson is an Associate Professor in the Department of Physics at Cornell University. His research focuses on accelerator physics, particularly the study of high brightness electron beams and their applications in linear and circular accelerators. His work involves the design, construction, and operation of accelerator hardware, as well as the development of advanced beam diagnostics. Maxson's group investigates the physics of beam creation and brightness preservation, with an emphasis on the development of high brightness photoemitting materials. He collaborates with condensed matter physics groups and the Center for Bright Beams, an NSF science and technology center. His research includes the development of ultrafast electron diffraction devices and the exploration of exotic phases in quantum materials on ultrafast timescales.

Jared Maxson is an Associate Professor in the Department of Physics at Cornell University, specializing in high brightness electron beams. His research focuses on developing advanced electron sources with high average current and low emittance, utilizing photoinjectors and cryogenic rf photocathode sources. His work includes direct measurement of sub-10 fs relativistic electron beams and demonstration of low emittance in energy recovery linac injectors. Maxson's research also explores ultracold electrons, dielectric laser accelerators, and photocathode behavior under high current conditions. His contributions span the design and performance of high voltage, high brightness dc photoelectron guns and the investigation of thermal emittance in photocathodes.