CITRIS and the Banatao Institute
Creating information technology solutions for society's most pressing challenges
Subscribe to our mailing list and get the latest CITRIS news, research updates and event announcements delivered straight to your inbox.
The
National Institutes of
Health has provided $1.35 million to a team of researchers at UC Santa Cruz working to develop
new statistical approaches that could dramatically improve the care for
severely ill newborn babies.
A new CITRIS Newsletter is now online. In this issue we feature an article on how CITRIS’s Team for Research in Ubiquitous Secure Technology (TRUST) is helping combat electronic identity theft. A second article focuses on how researchers are working on vastly increasing the speed of the internet.
Imagine an Internet connection that's 10,000 times faster. A group of
CITRIS researchers are developing the technology that will make that
goal a reality.
With electronic identity theft on the rise, TRUST researchers are
fighting back with a growing arsenal of software and legal defenses.
Dear Members and Friends of CITRIS,
One
of the great pleasures of working for CITRIS is the opportunity to see
the technologies that will profoundly …
Berkeley Nano Opportunity Challenge 2006 brings together scientists, engineers, and business students to evaluate potential applications and commercial opportunities for ideas and innovations in Nanotechnology and related areas. Abstracts deadline: Oct. 27
Preventing California’s many natural hazards from turning into natural disasters is the aim of the new California Hazards Institute, a multicampus research program of the University of California.
In a new report, the UC Davis authors of the most sophisticated analysis of California’s water management system say the system should be able to adapt to a warmer climate and a larger population, albeit at a significant cost.
Chevron Corp. will fund up to $25 million in research at UC Davis in the next five years to develop affordable, renewable transportation fuels from farm and forest residues, urban wastes and crops grown specifically for energy.
The composition of lipid membranes, similar to those that surround living cells, can now be mapped at the nanometer scale. The work, by researchers at Stanford University, the Lawrence Livermore National Laboratory and UC Davis, is published in the Sept. 29 issue of the journal Science.
