Changes in a specific type of sugarlike molecule, or glycan, on the surface of cancer cells help them to spread into other tissues, according to researchers at the University of California, Davis. Published March 23 in Proceedings of the National Academy of Sciences, the work could lead to diagnostic tests and new therapies to slow or stop the spread of cancers.
The Accelerator Neutrino Neutron Interaction Experiment at Fermilab, known as ANNIE, has seen its first neutrino events. (Neutrino events are interactions between neutrinos and water in the detector.) This milestone heralds the start of an ambitious program in neutrino physics and detector technology development.
An interdisciplinary team from UC Davis is collaborating with the IHE Delft Institute for Water Education—the largest graduate water education facility in the world, based in the Netherlands—to develop a summer school on “Sustainable Water Management in a Water-Limited World.”
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.
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.
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.
What does space look like at a really, really small scale? Answering that question could resolve one of the most difficult problems in modern physics, the huge mismatch between Einstein’s General Relativity, quantum theory and the measured acceleration of the expansion of the universe.
“Earworms” are those fragments of songs that get stuck on repeat in your head. While earworms are often frustrating, repeated exposure to catchy tunes can also trigger old memories, even in people whose memory skills are impaired by Alzheimer’s disease or other cognitive disorders.
The Large Hadron Collider — the world’s largest and most powerful particle accelerator — smashes particles together at energies up to 14 trillion electron volts. Maxwell Chertok, professor of physics, and other UC Davis researchers, help design instruments that can withstand the LHC’s extreme conditions.
Virtual reality is becoming increasingly present in our everyday lives, from online tours of homes for sale to high-tech headsets that immerse gamers in hyper-realistic digital worlds. While its entertainment value is well-established, virtual reality also has vast potential for practical uses that are just beginning to be explored.