麻豆影院

CU 麻豆影院 physicist plans to use the award to pursue cutting-edge plasma-physics research

Michael Litos, assistant professor of physics at the 麻豆影院, has won an Early Career Development Program (CAREER) Award from the National Science Foundation (NSF).

The CAREER Program, one of the NSF鈥檚 most prestigious awards, supports early career faculty who have the potential to serve as academic role models in research and education and to lead advances in the mission of their department or organization. The award also includes $650,000 in support of research, which for Litos will be used to advance plasma-physics research.

Litos said the 鈥済rand vision鈥� underlying his research is the 鈥渄emocratization of cutting-edge research tools and techniques鈥� that serve scientists in disciplines that range from physics, biology, chemistry and materials science.听

Specifically, much of his research field is focused on creating compact and affordable versions of the most advanced X-ray laser light sources鈥攚hich are currently only available at national laboratories鈥攂y harnessing the 鈥渋ncredible properties of plasma (ionized gas) in various novel ways.鈥澨�

Litos noted that there are two primary components that compose these X-ray laser light sources: the electron accelerator and the X-ray radiator. 鈥淩esearchers in my field have focused almost exclusively on ways to use a plasma-based approach to听miniaturize the accelerator,鈥� he said, adding:听

鈥淢y听research project takes a different angle by focusing instead on the radiator part of the light source and asking the question, 鈥榃hat if we replace the conventional magnet-based radiator with a plasma?鈥欌�澨�

This approach would allow scientists to not only miniaturize the light source, but also gain 鈥渟everal interesting new degrees of flexibility, to boot,鈥� Litos said.听

This research project will investigate these possibilities through experimental and theoretical methods, with the most critical experiments being carried out at SLAC National Accelerator Laboratory's new facility in California.

鈥淲inning this award is certainly an enormous honor, and I am incredibly grateful for it,鈥� Litos said, adding that it provides an opportunity to fund the research of promising young students who will carry out much of the work.听

鈥淭hey are the engine that drives research forward; it would go nowhere without them,鈥� he said. 鈥淭heir success and the success of the research project itself are one and the same.鈥�

His project aims to help increase African American representation in physics PhD programs by providing a strong undergraduate research experience to students recruited from Historically Black Colleges and Universities in coordination with the NSF-funded Research Experience for Undergraduates summer internship program run by CU 麻豆影院.听

Additionally, his project will establish a new annual summer school retreat for graduate-level plasma physics students studying in Colorado to broaden the students鈥� educational exposure to different sub-fields of plasma physics, provide networking opportunities, and enhance their sense of community as plasma physicists, Litos鈥� proposal abstract states.

John Cary, CU 麻豆影院 professor of physics, said the award is well deserved: 鈥淢ike Litos has been a great addition to the physics department and brings exciting new fields, experiments of plasma acceleration of charged particles and associated radiation generation, to the University of Colorado.鈥�

Litos earned his PhD in physics from Boston University in 2010 and joined the CU 麻豆影院 faculty in 2016. He is one of 118 members of the CU 麻豆影院 faculty who have won NSF CAREER awards since 1996.