May 2013 Issue
Feature Articles
Plasmonic Communications: Light on a Wire
By coupling light to the charges at metal interfaces, plasmonics enables scientists to manipulate photons in a way they never have before: at the subwavelength level. With its potential to produce ultra-compact devices that relay information almost instantaneously, plasmonics may be the next big—and small—thing in optical communications.
by Juerg Leuthold and colleaguesICAN: The Next Laser Powerhouse
An international team of researchers is looking toward the next frontier of high-energy laser physics: building efficient, high–average-power lasers. With a revolutionary architecture that combines thousands of coherent fibers, the laser being developed under the ICAN project could transform nuclear medicine, detect nuclear waste and form the basis for the next great particle accelerator.
by Toshiki Tajima, William Brocklesby and Gérard MourouLight-Wave Mixing in Quantum Gases
Nonlinear optics has come a long way since the laser. This article reviews recent progress in coherent wave mixing and introduces some new concepts that will reframe future research directions.
by L. Deng, E.W. Hagley, R.Q. Wang and C.W. ClarkDepartments and Columns
Scatterings
Headliners, policy news and industry updates.
Combatting Stereotype Threat
Anthony M. Johnson talks about an insidious obstacle for women and minority scientists.
Laser Hall-of-Famer: C. Kumar N. Patel
The recent U.S. National Inventors Hall of Fame inductee will deliver a plenary talk at the Conference on Lasers and Electro-Optics (CLEO: 2013), 9-14 June in San Jose, Calif. (U.S.A.).
Breaking into Academia
One size doesn’t fit all.
Sandbow or Rainbow?
Water droplets and ice crystals create beautiful rainbows that paint the sky. Can other natural particles produce similar arcs of color?
Picoprojector Technologies: Seeing the Big Picture
Picoprojectors seem to offer the impossible: They are as small as a mobile phone with a screen at least as big as a laptop. This article compares four commercial devices.
![An artist’s rendering of a pulse of circularly polarized light hitting a 2D semiconductor. [Illustration by S. Alvey / University of Michigan]](https://opnmedia.blob.core.windows.net/$web/opn/media/images/articles/2025/0125/departments/202501-cover-web.jpg?ext=.jpg)
