Warm, cold, just right? Physicists at the University of California, Davis, are taking the temperature of dark matter, the mysterious substance that makes up about a quarter of our universe.
Getting research experience as an undergraduate student doesn’t have to mean working in a laboratory. Instead of days spent transferring fluids from one tube to another, math major Tracy Camacho explored matroids, complex mathematical objects with many different uses.
With California Sen. Kamala Harris out of the race for the Democratic presidential nomination, UC Davis communication professor Magdalena Wojcieszak and colleagues investigated who her supporters are likely to vote for.
Despite the ongoing threat of misinformation spreading online, UC Davis cognitive scientist Seth Frey still believes in the promise of the internet as a force for political and economic empowerment. The National Science Foundation recently awarded Frey and colleagues at three other universities a $460,000 grant to study how groups create and enforce self-rule in a wide array of domains, including Frey’s focus: Reddit forums (called subreddits) and video games.
Social media are a powerful tool to spread information — and misinformation — about health issues such as vaccines and cancer prevention. How does bad information spread online, and what is the best way to stop it? That is a topic being studied by Assistant Professor Jingwen Zhang and her students in the UC Davis Department of Communication.
The choices we make in large group settings, such as in online forums and social media, might seem fairly automatic. But our decision-making process is more complicated than we know. So, researchers at the University of Washington and UC Davis have been working to understand what’s behind that seemingly intuitive process. The research has discovered that in large groups of essentially anonymous members, people make choices based on a model of the “mind of the group” and an evolving simulation of how a choice will affect that theorized mind.
Why are people often only fleetingly happy about positive events, but persistently upset about negative events like setbacks? Alison Ledgerwood, behavioral scientist, professor of psychology and chancellor’s fellow at UC Davis, has conducted extensive research to understand this.
Research from the University of Illinois and UC Davis has chemists one step closer to recreating nature’s most efficient machinery for generating hydrogen gas. This new development may help clear the path for the hydrogen fuel industry to move into a larger role in the global push toward more environmentally friendly energy sources.
For many students, research involves donning white coats, gloves and goggles, and going into a lab. But for students in Advanced Interior Architecture, the entire UC Davis campus is their lab.
Did you know the periodic table of chemical elements turned 150 years old in 2019? To celebrate the chart's 150th anniversary, the College of Letters and Science asked our experts to share their favorite element.
When George “Ron” Mangun led a campuswide effort to launch the UC Davis Center for Mind and Brain in 2002, he declared, “This is the most exciting time in mind and brain research in human history.” In an interview, Mangun talks about becoming the center's director for a second time and the even greater potential for mind and brain breakthroughs today.
Kathryn Olmsted, a UC Davis history professor, wrote an essay for Robert Arneson exhibition catalog in New York. Robert Arneson/The Anti-War Works: 1982-1986 is on view at the George Adams Gallery in Manhattan through Oct. 26.
About 200 million years ago, much of the life on Earth was wiped out in the end-Triassic mass extinction. The catastrophe may have been caused by climate change related to massive volcanic eruptions.
Craig Tracy, distinguished professor of mathematics, and Professor Harold Widom of UC Santa Cruz will receive the 2020 Steele Prize for Seminal Contributions to Research from the American Mathematical Society.
A breakthrough by UC Davis mathematicians could help scientists get three or four times the performance from supercomputers used to model protein folding, turbulence and other complex atomic scale problems.
