At the August Davis Science Café, Michael Oskin led a conversation titled “Earthquakes in California: What Might the Next ‘Big One’ Be Like?” Through field observations, high-resolution topography and various geochronological techniques, Oskin is studying the relatively recent geological record to better understand the tectonic processes and crustal deformations surrounding earthquakes.

We rely on maps to make sense of the world around us. But for most maps, points of extreme irregularity pop up. Those points are called singularities. A new study reports the discovery of a set of equations capable of untangling the distortions in maps caused by singularities.

The Vera C. Rubin Observatory recently launched its 10-year astronomical survey to create the most comprehensive, cinematic record of the universe. While thousands of people played a part in making the facility a reality, Tony Tyson played a formative role, acting initially as the facility’s founding director and now its chief scientist. We sat down with Tyson to discuss his background and the technology behind the Rubin Observatory’s revolutionary camera.

UC Davis alum Roderic Vanderscoff always had his eyes on the stars. His love for space exploration was forged in his youth, informed by penchants for stargazing and science fiction, and conversations with his grandfather, an aerospace engineer who worked on the Apollo program. Today, Vanderscoff is following in his grandfather’s footsteps.

It’s been 40 years since the first demonstration of high-temperature superconductivity. A new article published in Nature written by UC Davis physicists Inna Vishik and Warren Pickett takes a retrospective look at “this strange state of matter.”