It was in 1991 that the former silicon chip designer, who has a Ph.D. in electrical engineering, teamed up with Henry Samueli, his friend and former professor, to start Broadcom.
To make use of this electrical current, the team connected tiny electrodes to the protocells.They report, in Advanced Materials, that they were able to sustain a usable current.
In our team, electrical engineers, IT people, mechanical engineers, chemists, and biologists work together.
By constantly alternating between these two stages, the cell can produce electrical power, the team reports online today in Environmental Science & Technology Letters.
By adding electrical contacts, the team created a flexible memory switch that operates on less than 10 volts, maintains its memory when power is lost, and still functions after being flexed more than 4,000 times.
Realizing that a better yardstick of memory formation is electrical activity, a team at the University of Bonn in Germany led by cognitive neuroscientist Guillén Fernández bootstrapped a study onto surgeries performed on epileptic patients, some of whom get electrodes inserted in their brains before an operation to help surgeons decide where to cut.
Nick Annetta, an electrical engineer on the team, said the team was working to make the system smaller and useful for a broader range of patients.
That's the accomplishment of a team of electrical engineers, which has developed a new way to create electrical discharges, or "arcs".
It involves about 70 tons of equipment, 26 miles of electrical wiring and a team of 40 mountaineers, architects and engineers.
Babak A. Parviz, an associate professor of electrical engineering, with his team at the University of Washington in Seattle, has created a biocompatible contact lens that has miniaturized electronics and optoelectronics integrated into the lens.
