NEWS

>> Applied scientists at Harvard University in collaboration with resear- chers from Hamamatsu Photonics in Hamamatsu, Japan, have demonstrated, for the first time, highly directional semiconductor lasers using plasmonics. The innovation opens the door to a wide range of applications in photonics and communications. The work will be featured on the cover of the September issue of Nature Photonics. Please read the full article in the publications page. You can also see the press release and the related press coverage in Technology Review and New Scientist.

>> The Capasso group's latest research on nanowire lasers has been featured on the cover of the August 4 issue of Applied Physics Letters. Please read the full article in the publications page. You can also see the story in the October issue of Laser Focus World.

>> A recent article in The Economist highlights the Capasso group's efforts to modify the Casimir force. The article describes the importance of the Casimir force in nanotechnology, the group's work using MEMS technology at Bell Labs, and the search for repulsive Casimir forces at Harvard.

>> Applied scientists in the Capasso lab have demonstrated a technique for fabricating nanowire photonic and electronic circuits that may be suitable for high-volume production. [full press release]. See also the stories by Nano today, Nanomaterial news, and Nature Photonics.

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>> Researchers in the Capasso lab have demonstrated a compact and portable Quantum Cascade Laser sensor for the fast detection of a large number of chemicals, ranging from infinitesimal traces of gases to liquids, by broad tuning of the emission wavelength. Potential applications include homeland security, medical diagnostics such as breadth analysis, and pollution and greenhouse gas monitoring. See the press release here. Read the Applied Physics Letters article in the publications page and see also the story by MIT Technology Review.

>> The Capasso group has demonstrated a quantum cascade laser nano- antenna with a wide range of applications in chemistry, biology, and medicine. The device is capable of resolving the chemical composition of samples, such as the interior of a cell, with unprecedented detail. Read the press release and also the highlight by Technology Review.

>> A collaborative effort between the Capasso group and the Whitesides group has made use of a nanoscale version of skiving -- cutting a material into thin layers -- to create large-area arrays of patterned metallic structures. Read the story by Photonics Spectra.

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