Berkeley engineers develop synthetic polymers that mimic the body’s natural proteins
03/20/23 — Alternative polymers work as well as real proteins and are easier to synthesize, a possible game-changer for biomedical applications
Nanotechnology
Researchers develop innovative tool for measuring electron dynamics in semiconductors
02/02/23 — Insights may lead to more energy-efficient chips and electronic devices
ME Ph.D. student takes the road less traveled to UC Berkeley
01/10/23 — Alexander Alvara pushes past life's obstacles and sets his sights on new frontiers in engineering
How do nanoparticles grow?
07/27/22 — Berkeley Lab: Atomic-scale movie upends 100-year-old theory, as materials scientists observe nanoparticles ripening in solution at record-breaking resolution
New silicon nanowires can really take the heat
05/24/22 — Berkeley Lab: Berkeley researchers show that the new material conducts heat 150% more efficiently, a result that could lead to smaller, faster computer processors
With a little help, new optical material assembles itself
02/04/22 — Berkeley Lab: Breakthrough by materials scientist Ting Xu and her team could enable large-scale manufacturing of nanomaterials for industry
Stronger, lighter, better
10/21/21 — Berkeley Lab: Research led by Andrew Minor, professor of materials science and engineering, shows sustainable manufacturing potential of nanotwinned titanium
Microbatteries that make sense
08/31/21 — Bakar Fellows: EECS professor Kristofer Pister's research shows how embedding batteries on a chip could enable wearable sensors
Researchers demonstrate new semiconductor device possibilities using black phosphorus
08/11/21 — Material's "magical" properties under stress and strain could help meet growing demand in optical communications and more
Berkeley engineers demonstrate unprecedented control of light with a new quantum device
03/15/21 — The at-will control over the behavior of single photons is key to developing optical quantum gates.
Small wonder
11/05/20 — In a breakthrough in the field of ferroelectricity, researchers have made an ultrathin material that powers the smallest of devices with lower amounts of energy.
Using neural dust to eavesdrop on our organs
06/11/20 — In this TEDMED talk, EECS professor Michel Maharbiz describes using extremely miniaturized implants to get a closer look at organs in real time
Materials sciences professor Ramamoorthy Ramesh named to Royal Society
04/29/20 — Ramesh has created nanosized materials that can power small electrical devices with minimal amounts of energy
Researchers discover ferroelectricity at the atomic scale
04/22/20 — A team of researchers have managed to grow ultra-thin material on silicon that can power small electronic devices
Quantum weirdness
04/14/20 — Researchers have shown that heat energy, in the form of molecular vibrations, can travel across a few hundred nanometers of a complete vacuum.
Researchers develop novel way to shrink light to detect ultra-tiny substances
02/20/20 — The research could lead to the development of ultra-sensitive devices that can quickly detect pathogens in human blood.
Heat energy leaps through empty space, thanks to quantum weirdness
12/11/19 — In a surprising new study, Berkeley researchers led by Xiang Zhang, professor of mechanical engineering, showed that heat energy can travel through a complete vacuum due to invisible quantum fluctuations, a discovery that could have profound implications for the design of computer chips.
Alum honored as MEMS pioneer
10/25/19 — Kurt Peterson was awarded the 2019 IEEE Medal of Honor for his contributions to microelectromechanical systems research.
At fault
10/25/19 — A team of earthquake engineers, working out of the lab of professor Steven Glaser, is taking research on asperities to a new level by studying fault mechanics at nanoscale.
Machines that heal
05/30/19 — Rikky Muller is building tiny, wireless devices that can be implanted in the brain, with the aim of treating conditions such as epilepsy or spinal cord injuries.