Attosecond laser pulse pairs - Quintillionth of a second

    When Light Flashes for a Quintillionth of a Second, Things Get Weird

    New experiments allow researchers to watch attosecond laser pulse pairs up close, allowing for a better understanding and control over these ultrashort pulse pairs. This interesting breakthrough could lead to some amazing advancements in spectroscopy, microelectronic manufacturing, medical equipment and surgeries, and who knows what else... This article explains this new development and discusses the potential future benefits.

    Read the FULL Article!



    Homogenized Laser Diodes for Raman - Lower Cost Than DFB / DBR

    R1Z5-Image-14-Pin-Butterfly-Open-Beam-Stub-Homogenized-Package-and-Raw-vs-Homogenized-Beam

     

    This homogenized laser diode is a cost effective replacement for expensive DFB, DBR, fiber, and external cavity lasers:

          •  Lower cost & smaller footprint
          •  Output beam homogenization & shaping
          •  High-power, narrow linewidth, high signal to noise ratio
          •  638nm / 680nm / 785nm / 830nm / 1064nm wavelength options
          •  Ideal, stabilized source for Raman Spectroscopy

    Read: "How Will THIS Homogenized 'Stub Laser' Save You Money & Space?"


     

    DPSS Lasers for LIDAR: Rugged, Compact, High Pulse Energy, Low-Jitter 

     
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    Are you looking for a rugged, actively Q-switched, low-jitter DPSS laser source for your LIDAR application?
     
     
    This article discusses:
     
          •  A brief background and overview of Time-of-Flight (ToF) LIDAR
          •  Challenges inherent to LIDAR applications & technical solutions
          •  A high-quality laser solution, perfect for LIDAR applications
     

    SLM Laser Modules: Holography, Quantum Technology & Interferometry

    R2Z8-Image-Holography-Interferometry-Raman-Spectroscopy-Application-Newsletter

    Holography:

    • High-power 532 & 640nm lasers with long coherence length, single frequency, and excellent power & wavelength stability

    Quantum Technology:

    •  High-power 780.24nm for Rubidium & 698.4nm for Strontium - narrow linewidth and excellent power & wavelength stability

    Interferometry:

    •  349, 532, 640, and 1064nm lasers with high beam pointing and wavelength stability, long coherence length & narrow linewidth

     
     

    Check out our Knowledge Center for our
    Lasers 101 page and our Blog and Whitepaper collection for even more in-depth reading!

    KNOWLEDGE CENTER

    Talk to a knowledgeable Product Manager today by Contacting Us here, or by calling us at 636.272.7227!

       

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