1. NKT Photonics

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    1. Mentioned In 17 Articles

    2. Bioptigen introduces 1 µm resolution SD-OCT imaging system in collaboration with NKT Photonics supercontinuum white light laser source at ARVO conference in Seattle

      Explore Optical Coherence Tomography News Ophthalmology , Other Business News , Partnership
      Bioptigen introduces 1 µm resolution SD-OCT imaging system in collaboration with NKT Photonics supercontinuum white light laser source at ARVO conference in Seattle
      ...igen technologies. Learn more about Bioptigen and its technologies at www.bioptigen.com . About NKT Photonics NKT Photonics is the leading supplier of Photonics crystal fibers and fiber lasers deployed in both commercial...
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      Mentions: Eric L. Buckland Bioptigen NKT Photonics

    5. European Commission backs biophotonics ‘FAMOS’ consortium with €10.1M for project to develop new lasers for earlier, better diagnosis of major diseases

      Explore Optical Coherence Tomography News Funding
      European Commission backs biophotonics ‘FAMOS’ consortium with €10.1M for project to develop new lasers for earlier, better diagnosis of major diseases
      ...p://www.md-‐ ltd.co.uk/ or +44(0)208 308 1695, by email to ola.olarimi@md-‐ltd.co.uk. About NKT Photonics A/S NKT Photonics A/S is the result of a merger in 2009 between Crystal Fibre A/S the largest commercial supplier...
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      Mentions: Massachusetts Institute of Technology Michelson Diagnostics Wolfgang Drexler

    6. Method of generating supercontinuum optical radiation, supercontinuum optical radiation source, and use thereof

      Explore uspto.gov Patents , Broadband Sources
      Method of generating supercontinuum optical radiation, supercontinuum optical radiation source, and use thereof
      A method of generating supercontinuum optical radiation, the method comprising: (a) providing an optical waveguide (22), said optical waveguide exhibiting a dispersion characteristic of guided optical radiation, said dispersion characteristic comprising: (i) a first dispersion parameter (.beta..sub.21) at a first wavelength (.lamda..sub.1), (ii) a second dispersion parameter (.beta..sub.22) at a second shorter wavelengths (.lamda..sub.2), and (iii) a zero-dispersion parameter at a wavelength in between said first and said second shorter wavelengths; said optical waveguide further comprising at least one entrance for receiving optical radiation, and at least one exit for emitting guided ...
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      Mentions: NKT Photonics

    9. Will 2011 be seen as a “Tipping Point” for Industrial Contribution to the Advancement of the Field of Optical Coherence Tomography?

      Explore Optical Coherence Tomography News
      Comment "See this article http://www.octnews.org/articles/1941968/femto-lasers-in-cataract-surgery/ or this article http://www.aao.org/isrs/resources/outlook/10/04_10_feat.cfm" - Eric Swanson
      Will 2011 be seen as a “Tipping Point” for Industrial Contribution to the Advancement of the Field of Optical Coherence Tomography?
      ... Imaging Eyes, Innolume, InPhenix, Kamelian, Lamda Quest, Lightwaves2020, Micron Optics, Multiwave Photonics, NKT Photonics, NP Photonics, NTT Electronics, Oclaro, Optical Research Associates, Pembroke Instruments, Pravi...
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      Mentions: Tomophase Corporation Lantis Laser Heliotis AG

    11. Investigations of the intravascular backscattering distribution of light in optical coherence tomography

      Explore SPIE Digital Library Cardiology , Doppler
      Investigations of the intravascular backscattering distribution of light in optical coherence tomography

      The inhomogeneous backscattering distribution of low-coherent light in blood vessels, which appears as waisted double fan-shaped intensity pattern, is investigated in an in vivo mouse model and flow phantom measurements using high resolution spectral domain optical coherence tomography in the 1.3 µm wavelength region. Based on a predicted orientation of the red blood cells towards laminar flow, an angular modulation of the corresponding backscattering crosssection inside the vessels is assumed. In combination with the signal attenuation in depth by absorption and scattering, a simple model of the intravascular intensity modulation is derived. The suitability of the model is demonstrated ...

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      Mentions: Julia Walther NKT Photonics Dresden University of Technology

    13. Photonic-crystal fiber characteristics benefit numerous applications

      Explore Home: SPIE.org Broadband Sources
      Photonic-crystal fiber characteristics benefit numerous applications
      Advantages in efficiency, beam quality, scalability, and operating cost make new optical fiber technology highly competitive compared to traditional laser designs. Photonic-crystal fibers (PCFs) are among the most specialized optical lightguides. Ranging from fibers with low levels of nonlinearities supporting high-power pulses to highly nonlinear counterparts for supercontinuum generation, PCF is an attractive and versatile technology. It is based on a microstructured arrangement of low- and high-refractive-index materials. The high-index background material is typically undoped silica while the low-index region is usually provided by air holes along the fiber length. They can be made using a stack-and-draw fabrication process (see ...
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      Mentions: NKT Photonics

    18. Femtosecond ytterbium fiber laser with photonic crystal fiber for dispersion control

      Explore uspto.gov Patents , Broadband Sources
      A photonic-crystal fiber provides dispersion compensation in a soliton fiber laser. The anomalous dispersion provided by the photonic-crystal fiber permits construction of a femtosecond fiber laser at 1 .mu.m wavelength without prisms or diffraction gratings. The laser produces .about.100-fs pulses with 1 nJ energy, and is a major step toward environmentally-stable all-fiber devices at 1 .mu.m.
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      Mentions: NKT Photonics
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  4. About NKT Photonics

    NKT Photonics

    NKT Photonics A/S designs and manufactures commercial and industrial class specialty microstructured fibers and high power fiber amplifiers. The company also designs and manufactures fiber-based industrial systems such as supercontinuum lasers and ultra precise DFB fiber lasers. The mentioned products are produced under the brand names CRYSTAL FIBRE, aeroLASE™, SuperK™ and KOHERAS™. These systems are commercially deployed in material processing, bio-photonics, metrology, optical sensors, coherent communications, test and measurement, high resolution spectroscopy and LIDAR markets. NKT Photonics has its headquarters in Denmark. Sales & services offices are in the USA, Germany and France. NKT Photonics is wholly owned by the Danish industrial conglomerate NKT Holding A/S.

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    2. European Commission backs biophotonics ‘FAMOS’ consortium with €10.1M for project to develop new lasers for earlier, better diagnosis of major diseases
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    3. Will 2011 be seen as a “Tipping Point” for Industrial Contribution to the Advancement of the Field of Optical Coherence Tomography?
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    6. Will 2011 be seen as a “Tipping Point” for Industrial Contribution to the Advancement of the Field of Optical Coherence Tomography?
      2 articles also mentioned Bioptigen
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  6. Quotes about NKT Photonics

    1. The progression to 1 um extreme resolution imaging is an exciting advancement for our Envisu R-Class research product line...The importance of this innovation is that it offers researchers true cellular-level in vivo optical histology. This Extreme High Resolution (XHR) capability is unlocked only by the combination of Bioptigen’s patented spectrometer and signal processing technologies with the NKT Photonics SuperK supercontinuum source.
      Eric L. Buckland in Bioptigen introduces 1 µm resolution SD-OCT imaging system in collaboration with NKT Photonics supercontinuum white light laser source at ARVO conference in Seattle
    2. NKT Photonics is delighted to collaborate with Bioptigen to demonstrate the capability of our SuperK EXTREME fiber lasers integrated into high performance OCT systems
      In Bioptigen introduces 1 µm resolution SD-OCT imaging system in collaboration with NKT Photonics supercontinuum white light laser source at ARVO conference in Seattle