Great optics
11/01/14 — EECS professor Connie Chang-Hasnain, named associate dean for strategic alliances in July, has introduced a robust toolkit of nano-optoelectronic circuit elements.
Research
Sight for sore eyes
11/01/14 — Brian Barsky, professor of computer science and vision science, teamed up with colleagues at MIT to improve vision-correcting display technology; given an eyeglasses prescription, researchers can now pre-correct the display to enable that user to see the screen in sharp focus without glasses.
Rejuvenating old muscles
11/01/14 — Led by bioengineering professor Irina Conboy, Berkeley researchers found that oxytocin-the hormone associated with social attachments, childbirth and sex-may combat age-related muscle degeneration.
Evolutionary algorithms
11/01/14 — EECS professor Umesh Vazirani and his colleagues have developed an algorithm that helps demystify a paradox inherent in evolution, demonstrating that diversity results from the selection process, as well as genetic mutations.
Herding cells with electricity
11/01/14 — EECS professor Michel Maharbiz and bioengineering graduate student Daniel Cohen found that an electrical current can orchestrate the migration of a group of cells into a shape of their choosing.
Where vision meets know-how
11/01/14 — Take a look into mechanical engineering professor Xiang Zhang's XLab, where Zhang and his more than 30 postdocs, Ph.D. students and visiting scientists investigate the emerging field of metamaterials.
Lord of the microrings
10/31/14 Berkeley Lab — In a significant breakthrough in laser technology, scientists led by Xiang Zhang of Berkeley Engineering and Berkeley Lab have developed a unique microring laser cavity that can produce single-mode lasing even from a conventional multi-mode laser cavity.
Researchers find faster path for ferroelectrics
10/26/14 — Ferroelectric materials – commonly used in transit cards, gas grill igniters, video game memory and more – could become strong candidates for use in next-generation computers, thanks to new research led by Berkeley Engineering scientists and their colleagues at the University of Pennsylvania.
Study reveals molecular structure of water at gold electrodes
10/24/14 Berkeley Lab — In a research first, a team led by Miquel Salmeron, Berkeley Lab senior scientist and MSE professor, has observed the molecular structure of liquid water at a gold surface under different charging conditions.
New research center aims to develop second generation of surgical robots
10/24/14 New York Times — With funding from the National Science Foundation and two private donors, Berkeley Engineering scientists will establish a research center intended to help develop medical robots that can perform low-level and repetitive surgical tasks.
New biomaterial has some nerve
10/14/14 — Berkeley bioengineers have taken proteins from nerve cells and used them to create a “smart” material that is extremely sensitive to its environment. This marriage of materials science and biology could give birth to a flexible, sensitive coating that is easy and cheap to manufacture in large quantities.
Waller, others gain funding for interdisciplinary big-data research
10/02/14 — EECS assistant professor Laura Waller, who hopes to use new computational tricks to turn simple microscopes into cutting-edge imaging machines, is one of 14 researchers who will receive $1.5 million over the next five years as part of the the Gordon and Betty Moore Foundation's Data-Driven Discovery Initiative.
Lydia Sohn’s cellular research gains White House notice
09/22/14 Office of Science and Technology Policy — A post to the White House blog last week recognized mechanical engineering professor Lydia Sohn for her prize-winning submission to a foundation-sponsored competition seeking the most compelling ideas for revolutionary life science platform technologies. Sohn's idea? A low-cost, label-free platform to screen, and subsequently sort, single-cells for multiple surface markers.
PEER issues preliminary report on Napa quake
09/22/14 Pacific Earthquake Engineering Research Center — PEER has published a preliminary report on the Aug. 24 South Napa earthquake, drawing on the extensive observations of faculty, staff and students who were deployed to the region in the days following the magnitude 6.0 quake.
EECS researcher creates controllable flying insects using TI technology
09/12/14 Texas Instruments — EECS associate professor Michel Maharbiz spends his days studying the "beautiful systems" of the insect world, and applying that knowledge to building the tiniest of flying objects.
Defining development engineering
09/12/14 — Development engineers elude easy definition, but they are trained as multi-tooled tacticians creating holistic solutions to technical challenges that are interlaced with social and political complexities.
Bakar research fellows make their case in Silicon Valley
09/09/14 — Sixteen Bakar Fellows, including several Berkeley Engineering faculty members, recently presented their research ideas to a a packed room of potential investors on Sand Hill Road.
UC Berkeley and Tsinghua University launch research and graduate education partnership
09/06/14 — UC Berkeley and Tsinghua University have signed an agreement to establish a joint institute in the city of Shenzhen in South China to promote research collaboration and graduate student education. First areas of focus for the institute will be nanotechnology and nanomedicine, low-carbon and new energy technologies, and data science and next-generation Internet.
Brainy, yes, but hardly handy
09/02/14 New York Times — Robots won't be able to take on many human roles until they acquire a delicate sense of touch, and that "takes time, and it's more complicated,” says Ken Goldberg, a roboticist and IEOR professor at Berkeley Engineering. “Humans are really good at this, and they have millions of years of evolution.”
New ‘biochips’ that mimic our bodies could speed development of drugs
08/27/14 Wired — Researchers in the labs of Berkeley bioengineers Kevin Healy and Luke Lee are collaborating on a project to recreate parts of the human body on chips. The research aims to find ways to get tissue to live and mimic how real organs function in order to eliminate years of animal and human testing of medical treatments.