Topics in this Issue
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Optical beam photorefractive time dynamics (equal intensity surfaces). Considering nonlinear optical propagation through photorefractive crystals in which the bias voltage is periodically modulated along the propagation direction, the authors are able to identify the conditions in which a beam forms a soliton in a straight line down to micron-sized widths. [See - A. Ciattoni, et. al. Fig. 2 for details.]
Announcements
- Jun 11 2013 : OSA Partners with Leading Chinese Institute to Launch New Joint Journal, Photonics Research - The Optical Society (OSA) today announced the launch and publication... more
- May 29 2013 : The Optical Society and Scholarly iQ Issue COUNTER Release 4 Compliant Usage Reports for OSA’s Journals - The Optical Society (OSA) and Scholarly iQ today announced that... more
- May 29 2013 : Charred Micro-Bunny Sculpture Shows Promise of New Material for 3-D Shaping - This rabbit sculpture, the size of a typical bacterium, is one of... more
- May 02 2013 : On-site Asbestos Detector Offers Promise of Better Workplace Safety - Asbestos was once called a miracle material because of its toughness... more
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May 2013
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