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MERCED, Calif. — Research into sustainable water supplies and viable solar energy solutions won the University of California, Merced, an anticipated $5 million in prestigious and competitive grants from the University of California.
From understanding how groups of atoms behave at ultra-low temperatures to modeling how flocks of birds organize, UC Merced's Physics group is helping solve many of the world's mysteries and using the knowledge to improve technology, ranging from computing to solar energy conversion.
More than two dozen UC Merced undergraduates spent the summer exploring a tiny but hot topic — materials 100,000 times slimmer than a human hair that are poised to revolutionize sensing, data collection and other technologies.
Sometimes, all you need is a little push, even if it comes from a mechanical arm.
That was the case with the UC Merced Robotics Society, which began in 2008 but languished after its founders graduated. This past year, though, the club’s newer members got a jump start from dedicated leadership and the programming and creativity of one of their colleagues.
Staph, e-coli, meningitis, MRSA and botulism are just a few of the thousands of bacterial infections that plague people all over the world.
For example, almost 23,300 people in the United States were sickened by food-borne bacterial illnesses in 2008, according to the Centers for Disease Control.
When a deadly earthquake shook the Sichuan province of his native China in May 2008, John Li watched from Los Angeles and immediately made a connection. He knew his passion for performing magic could offer relief and hope to suffering people, especially orphaned children.
A discovery by a UC Merced biophysicist has moved science a step closer toward fine-tuning cell functions and combating certain diseases.
When Andrea Rodarte began studying physics, she first wanted to look to the stars for answers. Instead, she’s finding them in nanoparticles.