Breakthrough discovery is 10 times longer than previous current-carrying nanotubes, paves way for supercomputer and health care applications…Read More.

Breakthrough discovery is 10 times longer than previous current-carrying nanotubes, paves way for supercomputer and health care applications…Read More.

UC Irvine announced that scientists at The Henry Samueli School of Engineering have synthesized the world’s longest electrically conducting nanotubes…Read More

Peter Burke and colleagues at UC Irvine showed that their device – which consists of a single-walled carbon nanotube sandwiched between two gold electrodes – operates at extremely fast microwave frequencies…Read More.

Stateside boffins have managed to make a high-speed, carbon nanotube transistor. This is the latest in a string of devices that can be made with nanotubes, and according to the researchers, is the next step towards replacing silicon in a variety of electronic applications…..Read more.

Peter Burke and his colleagues built an electrical circuit with a carbon nanotube between two gold electrodes…Read More.

Peter J. Burke, assistant professor in the Department of Electrical and Computer Engineering, was awarded a highly selective Young Investigator grant by the Office of Naval Research…Read More.