News

New material developed by UC Riverside-led team offers promise for developing more scalable and reliable quantum computing components

UC Riverside astrophysicists measured distribution of matter in the universe using neutral hydrogen

New devices could help find more efficient ways of storing and transferring information

UC Riverside-led research has potential to unlock terahertz processing power

UC Riverside study offers an explanation for dark matter distribution in a massive quiescent galaxy

QuVet is funded by a $7.5M grant from the Department of Defense

UC Riverside-led study findings can help tackle other pathogenic coronaviruses

UC Riverside physicist helped develop PRIYA, a new cosmological simulation model

VR tool developed by UC Riverside graduate student promises to serve an important purpose in education and research

Dark matter may be more vibrant than previously thought, UC Riverside study reports

Research team, including a UC Riverside astronomer, made the discovery using the James Webb Space Telescope

UC Riverside study could inform the design of effective drugs to fight SARS-CoV-2 and other coronaviruses

A UC Riverside physicist explains

UC Riverside physicist and colleague invoke the cosmological collider to explain why matter, and not antimatter, dominates the universe

Technology reported in UC Riverside-led study has nanoelectronic applications

Simulations by UC Riverside-led team could help design nanocontainers used in drug delivery

Why cluster’s galaxies are unlike those in all the other known protoclusters is a mystery, says UC Riverside-led team

UC Riverside-led team develops new computational method that applies techniques from statistical physics mathematical models in epidemiology

UC Riverside astronomer and colleagues use simulations to reveal how the very faint dwarf galaxies are born

UC Riverside-led study points to a seed black hole produced by a dark matter halo collapse