Compared to a password that’s either too simple to be effective, or too hard to remember, a fingerprint is a great security tool. But they’re not infallible, in fact, they can be easily replicated with just a photo. So researchers are taking fingerprint security one step further and scanning them in three dimensions.
The University of California's Fig. 1 YouTube series takes on the question of "Why Science Needs Art," breaking it down in less than a minute. Right brain, meet left brain!
Earlier this year, the world's oldest mountaintop observatory was teetering on dying off. Not due to technology obsolescence, or even creeping light pollution, but because the overseeing university decided it wasn't worth funding any more. Now, thanks to public outrage, they've got the cash to keep doing science.
The Lick Observatory in the mountains east of San Jose, California, is the testing grounds for all-new technology developed by graduate students in the Univeristy of California system. At least, it has been. Now it's being defunded, it's an open question where testing will take place in the not-so-distant future.
Being a Parkinson's disease sufferer, and previously having prostate cancer, Andrew Grove knows all to well the ins and outs of hospital life. That's partly why the ex-CEO and chairman of Intel has pumped money into "translational medicine" research.
That's not necessarily on your computer, so don't start panicking about the broadband bills just yet. A report published by the University of California worked out that each American mind processes 34GB of content, through computing, TV, radio, reading and other forms of entertainment.
The latest edition of Nature magazine details a new method scientists have derived for converting heat energy into electricity, using silicon to instigate the conversion. Researchers have more investigations to carry out, but if preliminary findings are indicative of what is to come, appliances that charge using your…
University of California researcher Chris Rutherglen shows off a radio made of carbon nanotubes, measuring "a few atoms across," that's 1,000 times smaller than today's radio technology.