Grewal Eye Institute (GEI), the JCI Accredited Eye Hospital, fulfills its commitment to patient safety & expresses pursuit of continual improvement by introducing the revolutionary IntraLase. The safest and most advanced approach of customized laser vision correction has been introduced for the first time in the region.
JDSU, a leading enabler of broadband and optical innovation, today announced the availability of two new optical filters – laser line rejection and detector response - targeting applications in the aerospace, defense and biomedical industries.
JDSU, a leading enabler of broadband and optical innovation, today announced it has successfully demonstrated a photonic integrated circuit (PIC) that combines a tunable laser and optical modulator, using a technology known as the Integrated Laser Mach Zehnder (ILMZ). The new PIC will allow JDSU to develop smaller, higher performance and more cost-effective tunable solutions that support faster network speeds.
JDSU, a leading enabler of broadband and optical innovation, today announced the general availability of its 2495-L3 Series 808 nanometer (nm) fiber-coupled diode laser. The diode laser incorporates new chip technology to provide a reliable and less expensive laser solution for many industrial, dental and medical applications. It generates twice the power of previous offerings and provides the highest level of 808 nm brightness among single-emitter fiber coupled diode lasers available in today's marketplace.
Imagine Optic is proud to announce the arrival of the latest addition to its award winning HASO™ wavefront sensor product line, HASO3, a completely revised version of its flagship wavefront analysis software, HASOv3, and the all new StitchWave™ for reconstructing multiple wavefronts obtained when measuring large surfaces. The company equally plans to release two new adaptive optics software packages, CASAO™ and GENAO™, in the first quarter of 2007.
Northrop Grumman Corporation has been awarded a contract from the U.S. Army to provide more than 500 hand-held laser target locators to assist soldiers in locating and identifying enemy targets.
Without silicon there would be no computer industry since most computer chips consist of this semiconductor material. The same is true for solar cells: They too are predominantly silicon-based. The monocrystals are cut in round slices approximately one millimeter thick, which experts call wafers. Their surfaces must be as smooth as glass; irregularities may only be a few nanometers wide, i.e. less than one ten thousandth of a hair. Therefore, after they have been cut out of a large silicon monocrystal, the wafers must be ground and polished.
Syntune AB, a leading developer of innovative, single-chip, widely tunable lasers, today announced that it has closed the second round of financing of SEK 47.8 million ($7.1 million, EUR 5.2 million). The round was led by InnovationsKapital of Sweden; other investors who participated in the round were Teknoinvest, Vision Capital and existing private investors.
Most people think of Sir Isaac Newton as the father of gravity.
But for Lawrence Livermore National Laboratory physicist Henry Chapman and his colleagues, Newton’s “dusty mirror” experiment served a...
Hexagon has entered into an agreement to acquire all outstanding shares of CogniTens Ltd., a 3D non contact measurement technologies company.
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