While neutrino particles are extremely common, with tens of billions passing through a human body every second, they are extremely difficult to detect. Neutrino particles are building blocks of nature, along with other fundamental particles, such as electrons. Neutrinos are elusive fundamental subatomic particles that move throughout the universe. Prohira and his colleagues have developed the Radar Echo Telescope, with the end-goal of using radio waves to detect neutrino particles of energy higher than has ever been recorded. … Then once I did believe it, just immense gratitude and sort of feelings of, ‘Why me?’ ” “I thought it was totally a prank,” Prohira said about his phone call from the MacArthur Foundation. The $800,000 grant, which is awarded to 20 to 30 innovators across the country annually, is described by the MacArthur Foundation as a no-strings-attached investment in the fellows’ potentials. According to the MacArthur Foundation, Prohira’s work includes expertise in theory, engineering and experimental design. The MacArthur Foundation recognized Steven Prohira for his creative work in the advancement of detecting ultra-high energy neutrino particles. LAWRENCE - The MacArthur Foundation has named a physicist and assistant professor at the University of Kansas a 2022 fellow and awarded him the reputable “genius grant.”
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