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Research

Research:

  • Research
    • Fibres & Lasers
    • Nanophotonics & Metamaterials
    • Photonics Systems, Circuits & Sensors
    • Case studies
      • Atom chips
      • Bio devices
      • Fibre and TDFA
      • High power fibre lasers
      • Metamaterials
      • Silicon photonics
      • Crystal laser technologies
      • Microstructured optical fibres
      • Novel Bragg gratings
      • Acoustic sensing

Case studies

Atom chips
Bio devices
Fibre and TDFA
High power fibre lasers
Metamaterials
Silicon photonics
Wavelength conversion crystals are being used in medical imaging and in the detection of airborne pollutants such as biochemical or bacterial threats. Image: Covesion
Crystal laser technologies
Microstructured optical fibre
Microstructured optical fibres
Novel Bragg gratings; side view of Laser Bay 2 shows the four-high laser transport beamline enclosures above the preamplifier support structure. Image NIF.
Novel Bragg grating technologies
Acoustic sensing technology for the oil and gas industry
Acoustic sensing technology
Contact The Zepler Institute Zepler brochure download link image

Research:

  • Research
    • Fibres & Lasers
    • Nanophotonics & Metamaterials
    • Photonics Systems, Circuits & Sensors
    • Case studies
      • Atom chips
      • Bio devices
      • Fibre and TDFA
      • High power fibre lasers
      • Metamaterials
      • Silicon photonics
      • Crystal laser technologies
      • Microstructured optical fibres
      • Novel Bragg gratings
      • Acoustic sensing

The Zepler Institute is a community of researchers from the University of Southampton’s Optoelectronics Research Centre, Electronics and Electrical Engineering Group, Nanoelectronics and Nanotechnology Group and Quantum Light and Matter Group

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