Research

Pinning down malevolent cancer cells

02/07/14 Berkeley Research — Lydia Sohn, associate professor of mechanical engineering, is analyzing circulating tumor cells in the bloodstream of breast cancer patients, aiming to find new methods for early diagnosis and treatment of the disease. Her work has earned her recognition as one of five new Bakar Fellows on the Berkeley campus.

Seafloor carpet catches waves to generate energy

01/28/14 — UC Berkeley mechanical engineers are developing a seafloor carpet system to capture ocean wave energy and convert it into usable electricity. The system could eventually help lower the cost of converting seawater into fresh water, easing the pressure during periods of drought.

What if robots had whiskers?

01/21/14 Berkeley Lab — Researchers with Berkeley Lab and Berkeley Engineering have created e-whiskers – highly sensitive tactile sensors made from carbon nanotubes and silver nanoparticles that should have a wide range of applications including advanced robotics, human-machine interfaces, and biological and environmental sensors.

CEE’s Sally Thompson on NSF-funded team studying watershed’s critical zone

01/15/14 — A team of UC Berkeley scientists, including Sally Thompson of Civil and Environmental Engineering, will receive $4,900,000 from the National Science Foundation to study the Eel River watershed in Northern California and how its vegetation, geology and topography affect water flow all the way to the Pacific Ocean.

Cleantech to Market team lead Michael Lebow and College of Engineering Ph.D. candidate Sibel Leblebici demonstrate an innovative new fuel cell

Symposium spotlights clean-technology solutions

01/10/14 — Through the Cleantech to Market program, UC Berkeley students work with campus and Berkeley Lab scientists to bring new, environmentally friendly innovations to the world via commercialization.

Engineers create light-activated ‘curtains’

01/09/14 — A research team led by UC Berkeley's Ali Javey, associate professor of electrical engineering and computer sciences, used carbon nanotubes and plastic polycarbonate to create a new material that moves in response to light. The material can be used to create “smart curtains” that open or close with the flick of a light switch.

ME professor’s research determines particles most likely to cause stroke

12/09/13 Daily Californian — While some mechanical engineers use their supercomputers to build airplanes and vehicles, assistant professor Shawn Shadden uses his to map the inner workings of the human heart, and to improve its man-made replacement parts.

Helping dissenters evade foreign eavesdropping

11/05/13 San Francisco Chronicle — Yahel Ben-David, a computer science doctoral student, has been working with other Berkeley Engineering researchers to create an Android application that will allow activists and citizens to communicate anonymously even when oppressive governments try to shut down communications channels.

Q+A with Ali Javey

11/01/13 — EECS professor Ali Javey has been widely covered in the science press for breakthroughs ranging from a new, low-cost method for manufacturing high efficiency photovoltaics to improved ‘e-skin'

Why are rubies red?

11/01/13 — Alum and materials science and engineering professor Ron Gronsky explains what makes rubies red.

Concrete knowledge

11/01/13 — Berkeley scientists have learned the secret of exactly what makes Roman seawater concrete so durable.

Check your head

11/01/13 — Researchers have developed affordable technology to help diagnose brain injuries in real time.

Artificial forest

11/01/13 — Berkeley researchers have developed an “artificial forest,” a model that directly converts sunlight into chemical fuels in a process that mimics photosynthesis.

Researchers developing brain-controlled prosthetic devices

10/31/13 USA Today — Scientists at the UCSF-UC Berkeley Center for Neural Engineering and Prostheses are among many teams nationwide working on brain-machine interfaces, promising bionic limbs controlled by users' thoughts. "We're still very far from decoding thoughts," says Berkeley bioengineer Amy Orsborn of the CNEP team. "These devices are not for mind control. They're for providing new means of control for sensory processes."

Berkeley to house NSF-funded nanoscale microscope

09/20/13 QB3 — Researchers using a new tool in QB3-Berkeley's Biomolecular Nanotechnology Center will investigate matter on an unprecedented scale, thanks to a $2 million NSF grant for the purchase and installation of a new ORION Nanofab microscope.

March of the ‘zombie vortices’

09/11/13 — A team led by Philip Marcus, a mechanical engineering professor and computational physicist, shows how variations in gas density lead to instability, which then generates the whirlpool-like vortices needed for stars to form. According to the researchers' models, the change in density is what triggers the violent birth of a new star, upending an otherwise stable dead zone of gas-or what Marcus calls ‘zombie vortices'

Cypriot BioE student receives HHMI award

09/11/13 — Elena Kassianidou left her home to come study in the United States seven years ago. Now pursuing a Ph.D. in bioengineering at Berkeley, she recently became the first student from Cyprus - and the first Berkeley-UCSF bioengineering student - to be awarded the Howard Hughes Medical Institute's (HHMI) prestigious International Predoctoral Fellowship.

Academic-industrial team to uncover innovations in systems engineering

05/30/13 iCyPhy — UC Berkeley has partnered with Caltech, IBM and United Technologies Corp. to launch Industrial Cyber Physical Systems (iCyPhy), a Berkeley-based research consortium that will identify and develop new engineering techniques to make it easier to successfully build products and services that combine complex software, hardware and mechanical components.

Oxford-bound

05/13/13 — Graduating senior Daniel A. Price, a double major in bioengineering and electrical engineering and computer sciences with a minor in physics, was selected as one of this year's Rhodes Scholars. Next fall at Oxford University, Price will pursue research in medical diagnostic equipment. Here he tells us more about his studies, his research and future plans.

Engineering benchmarks for cap-and-trade

05/01/13 — The Mechanical Engineering Laboratory for Manufacturing and Sustainability is helping the California Air Resources Board to develop methodologies for determining CO2 allocations for companies to help reduce the state's overall CO2 emissions to 1990 levels by 2020.