Unlike traditional chemical dyes, physical pigments achieve their hues by directly manipulating light waves. They are being actively pursued by the printing and packaging industries, for decorative purposes, and in transportation and security.
The mathematical studies done by Edmond Nicolas Laguerre in the 19th century laid the foundation for contemporary optical communications.
This month’s edition of the journal Applied Optics is a special issue devoted to the contributions of the late Emmett Leith. As a tribute to his dear friend, the author discusses the significance of Emmett’s work and his own role in inventing computer-generated holography.
Signal processing for the next generation of the Internet
An interesting type of accelerating wave packet—a theoretical prediction made nearly three decades ago—has now shown up in laboratory experiments.
A group of researchers from the Wellman Center for Photomedicine built a flow cytometer that can trace fluorescently tagged cells through the blood vessels of a mouse retina.
Carnivorous plant inspires microlens array.
Stefan Sydor Optics was founded in 1964 as a small manufacturer of all types of optics. Since then, it has grown in size but narrowed in scope to become a leading producer of precision, flat-surfaced, parallel and wedged optics.
Our conversation with Rep. Bart Gordon (D-Tenn.)
Mysterious photos taken by lightning. Perfectly preserved images captured on the retina of a dead man’s eye. Are these bizarre phenomena grounded in fact or examples of science fiction?
Local sections have always been an important part of the Optical Society. In fact, OSA itself began as a local section.
Remembering Paul Forman, co-founder of Zygo Corporation; Stanley Flatté, known for his work on wave propagation; and Donald R. Herriott, a pioneer in laser technology and past president of OSA.