UC Riverside astronomer and colleagues use simulations to reveal how the very faint dwarf galaxies are born
When two similar atomic layers with mismatching lattice constants — the constant distance between a layer’s unit cells — and/or orientation are stacked together, the resulting bilayer can exhibit a moiré pattern and form a moiré superlattice. Moiré patterns are interference patterns that typically arise when one object with a...
UC Riverside dark matter research program targets assumptions about particle physics
When he joined the U.S. Navy in 2010, Mychal Valle didn’t think he would ever return to school. After all, he got to work on new radar technologies in the navy and got recognized for writing technical manuals. But by the time he left the navy in 2016, Valle’s service...
US Army grant to UC Riverside will support the study of the science of light and its interaction with matter
UC Riverside-led work could lead to better computer technologies
UC Riverside-led study observed unexpected insulating phases by placing electrons on stacked monolayers of 2D semiconductors
UC Riverside-led study finds extreme tidal mass loss in dwarf galaxies formed in a simulation
Open-source code developed at UC Riverside is free, versatile, and easy to use
Host campus UC Riverside will be joined by UC Davis and UC Merced
UC Riverside study focused on how HIV mutates to escape the immune system
UC Riverside-led team’s technique relied on determining the mass of galaxy clusters
Research could lead to the design of new and better treatments to fight disease
An international research team led by scientists at the University of California, Riverside, has observed light emission from a new type of transition between electronic valleys, known as intervalley transmissions. The research provides a new way to read out valley information, potentially leading to new types of devices. Current semiconductor...
UC Riverside physicists demonstrate “self-interacting dark matter” model can be tested using astronomical observations of Draco and Fornax
Physicists’ discovery could lead to a new family of materials for robust qubits in quantum computing