The two main goals of the project were to develop ultra-fast laser systems operating at different wavelengths, and to develop and test broadband fibre sources.
Electro Scientific Industries, Inc., a leading provider of world-class photonic and laser systems for micro-engineering applications, today announced that it will directly represent its memory repair products in Japan and separate from Canon Marketing Japan Inc., its distributor.
Ondax, a leading manufacturer of Volume Holographic Gratings, expands its product portfolio with the introduction of Wavelength Stabilized 405nm Laser Diodes. The stabilized lasers have a single-mode, narrow linewidth, very low temperature dependence and a coherence length of 1 meter. The lasers exhibit stable interference fringes after greater than 6 meters path length difference.
Researchers are developing new technology that could replace the household light-bulb within three years.
OSRAM Opto Semiconductors has carried out pioneering work in the development of thin-film LEDs – supported by Fraunhofer researchers from Jena. The team of researchers has won the German Future Prize 2007 for their development of LED-based illumination modules.
Mobius Photonics Inc. announced today that it has entered into an exclusive licensing agreement with Harvard University regarding United States patent #5,745,284. The patent is based on the pioneering work of Lew Goldberg, Dahv Kliner, and Jeffrey Koplow. It broadly covers UV laser sources based on the harmonic wavelength conversion of the output of a seeded amplifier, particularly a fiber amplifier.
Cedip Infrared Systems has announced the PROTON MW-IR Dual FoV Thermal Imaging Module for researchers and integrators looking to develop and build their own long range surveillance system.
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Electro Scientific Industries, Inc., a leading provider of world-class photonic and laser systems for microengineering applications, today announced that it has received a substantial order from a leading North American analog integrated circuit (IC) manufacturer for its Model 2100 thin-film-on-silicon (TFOS) laser-trimming system.
An international team of astronomers, led by Professor Svetlana Berdyugina of ETH Zurich’s Institute of Astronomy, has for the first time ever been able to de-tect and monitor the visible light that is scattered in the atmosphere of an exoplanet. Employing techniques similar to how Polaroid sunglasses filter away reflected sunlight to reduce glare, the team of scientists were able to extract polarized light to enhance the faint reflected starlight ‘glare’ from an exoplanet. As a result, the scientists could infer the size of its swollen atmosphere.
An analysis by the international LIGO (Laser Interferometer Gravitational-Wave Observatory) Scientific Collaboration has excluded one previously leading explanation for the origin of an intense gamma-ray burst that occurred last winter. Gamma-ray bursts are among the most violent and energetic events in the universe, and scientists have only recently begun to understand their origins.
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