Through the burgeoning field of optofluidics, researchers are using fluids to create adaptive optical systems at the microscopic scale, with applications in biophotonics, information processing and sensing.by Carlos López-Mariscal
The explosive growth of the Internet would not have been possible without optical fiber, which enables the movement of enormous amounts of data over thousands of kilometers. In an increasingly important application of wireless technology, fiber is being used to transport radio frequency signals and enhance coverage in buildings.by Chin-Pang Liu and Alwyn Seeds
If the laser was a solution, nonlinear optics was one of the problems it was seeking. Intense pulses of coherent, monochromatic light were just what was needed to produce nonlinear effects. Once physicists got their first lasers, nonlinear optics blossomed in a golden age of discovery.by Jeff Hecht
Departments and Columns
Taking part in the review process is critical to developing a scientific career. Here’s what you need to know to get started.
How arachnids made their way into global legend— and optics history.
Lasers are a key manufacturing technology for molded interconnect devices, which are helping to create portable medical equipment with higher-level functionality.
This year marks the 40th anniversary of Zygo Corp., a worldwide supplier of optical metrology instruments and precision optical components. One of the company’s founders refl ects on the company’s past and the factors that have contributed to its success.
Many countries are developing broadband plans as they look to provide faster Internet connections that will strengthen productivity, enhance health and education, and improve their citizens’ way of life.
A "smart" membrane, developed by graduate student Eric Glowacki and his advisor Kenneth Marshall at the University of Rochester's Laboratory for Laser Energetics, blocks gas when illuminated by ultraviolet light, but permits gas to flow when lit by purple light.
Michael W. Jenkins and others at Case Western Reserve University and Vanderbilt University demonstrated that pulsed infrared light can control the pace of a quail heart.
A very black carbon-nanotube coating, combined with an innovative fabrication process, makes a new infrared detector with nearly ideal performance over a wide range of wavelengths.
Researchers reported advances in molecular systems for efficient solar energy conversion and storage at the recent American Chemical Society meeting in Boston (Massachusetts, U.S.A.).