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Photonic Crystal news and technical articles from Laser Focus World. Search Photonic Crystal latest and archived news and articles
uses a special hollow-core photonic crystal fiber to send out pulses of light ..... But Benabid's team used a photonic crystal fiber (PCF), which traps light ..... This new way of using photonic crystal fibre has meant that the
Engineers at City University London (London, England) have demonstrated a photonic - crystal fiber (PCF) in which the air holes were laid out in a “golden spiral” (GS)–a pattern governed by a mathematical constant
Increasing demand for broadband services is encouraging researchers to improve the performance of photonic - crystal (PC) fibers, which offer the potential for communication systems with a bandwidth of 260 THz or more, relying on a large spectral
A team of physicists has reported using a photonic - crystal fiber to manipulate light a million times more efficiently than previously known possible.
Applications for hollow-core photonic - crystal fibers (HC-PCFs) continue to proliferate as fabrication processes improve and insertion losses decrease (see www.laserfocusworld
2004--Stevens Institute of Technology's Dr. Henry Du and his research team have pioneered work on the integration of photonic crystal fibers (PCFs) with nanoscale technologies that will potentially lead to robust chemical and biological sensing devices
developed the first soft-glass, hollow-core photonic - crystal fiber to offer singlemode broadband light guidance at ..... and slow-drawing rates—a hollow-core, photonic - crystal fiber from Schott SF6 lead-silicate glass (with a
infrared solitons in a photonic crystal fiber . Constructed of a long thread ..... forms a two-dimensional photonic crystal that is periodic across the ..... values indicates that the photonic crystal fiber structure should facilitate
spectral broadening are the normally expected results. Using photonic - crystal fibers (PCFs), however, researchers recently found results ..... of 1.6 and 1.8 µm, respectively (see Fig. 1). Photonic - crystal fibers allow “tailoring” of the dispersion properties
Hong Kong Polytechnic University (Hong Kong, China) and Beijing Jiaotong University (Beijing, China), have modeled photonic - crystal fibers (PCFs) that can support two-mode operation over wavelength ranges of 1200 nm (from 600 to 1800 nm).1 Two