In this video, UC Davis observational seismologist Amanda Thomas discusses the causes of the Venezuela doublet, why earthquake science matters and how Thomas’ research is helping us learn more about the tectonic shifts beneath our feet.
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.”
Melting and breaking icebergs in the far-off, northeastern region of the Pacific Ocean can weaken a massive current system in the Atlantic Ocean, according to a University of California, Davis study published in Nature Communications.
Goabaone Jaqueline Ramatlapeng vividly remembers when she would go without water from domestic pipes for days. For the last eight years, those experiences have driven her desire to help Botswana preserve its water resources as the country's first female hydrogeochemist.
A maker space for undergraduate research, the BioInnovation Lab provides a place for students to learn basic lab skills, experiment, innovate and contribute to research while also providing access to technologies they might not otherwise have. Explore how College of Letters and Science faculty are using the space in their classes.
Trions form when three particles, like quarks or electrons, come together. This formation occurs in quantum particles in nuclear physics, semiconductors and magnets, and understanding its behavior can be challenging.
An expert in quantum precision measurements, Nancy Aggarwal creates technologies to detect the universe’s unseen phenomena. In her lab, she’s developing two major experimental platforms: a first-of-its-kind gravitational-wave observatory and precision measurement systems for next-generation dark matter searches.
Mathematicians are challenging the idea that dark energy is responsible for the accelerating expansion of the universe. In a new paper published in Proceedings of the Royal Society A, mathematicians from the University of California, Davis, provide mathematical proof that instabilities inherent in the Einstein-Euler equations imply that the current model of the expanding universe is not viable.
When Carson Jeffres looks at the Yolo Bypass, he sees much more than a heavily trafficked strip of I-80 cutting across land meant for water overflow and agriculture. He sees an ecosystem amidst transformation, one integral to making California, as Jeffres calls it, a “salmon society.” Jeffres shared this vision of California as a salmon society with a packed house at G Street WunderBar for the May edition of the Davis Science Café.
