OPN January 2009
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Mechanically Tunable Photonic Crystals
Won Park and J.-B. Lee
The next frontier in photonic crystal research may be to achieve dynamic tunability that allows real-time, on-demand control of the photonic band structure. Recently, researchers have been working on a new strategy for achieving this goal—by applying mechanical force. more>>
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Recent Progress in Arrayed Electrowetting Optics
J. Heikenfeld, N. Smith, M. Dhindsa, K. Zhou, M. Kilaru, L. Hou, J. Zhang, E. Kreit and B. Raj
Electrowetting devices can now be formed in arrays covering thousands of square centimeters of glass. New research is pointing the way toward exciting applications for laser radar, 3D displays, adaptive camouflage, electronic paper, retroreflector communication and lab-on-a-chip. more>>
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Silicon Photonic Crystals
Cefe Lopez
Silicon photonic crystals present a tremendous opportunity for integrating optics with electronics, but the challenges are daunting. This article highlights recent approaches toward fabricating silicon photonic crystals that could lead to applications in integrated optical devices, sensing and other areas. more>>
The History of OSA
Three OSA Historians
John N. Howard
Over the years, several OSA members became history buffs who tracked the progress of the Society. more>>