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  • Faculty of Science
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  • Research Publications and Outputs
  • Recent submissions
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Research Publications and Outputs: Recent submissions

    • Highly deformable optical fibers made of polyurethane: OAM generation, tunable metamaterials and sensors 

      Stefani, Alessio; Lwin, Richard; Fleming, Simon
      Published 2017
      Polyurethane has a Young’s modulus three orders of magnitude lower than silica and can be stretched up to 600%. We report the fabrication of polyurethane optical fibers for applications from THz to the visible. We exploit ...
      Open Access
      Conference paper
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    • Wearable polyurethane optical fiber based sensor for breathing monitoring 

      Runge, Antoine; Stefani, Alessio; Lwin, Richard; Fleming, Simon
      Published 2018
      We experimentally demonstrate a wearable breathing monitoring sensor based on a polyurethane (PU) optical fiber. The mechanical flexibility of the PU fiber allows for the simple measurement of inhalation and exhalation ...
      Open Access
      Conference paper
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    • Flexible optical fiber sensor based on polyurethane 

      Kaysir, Rejvi; Stefani, Alessio; Lwin, Richard; Fleming, Simon
      Published 2017
      Polyurethane (PU) based hollow core fibers are investigated as optical sensors. The flexibility of PU fibers makes it suitable for sensing mechanical perturbations. We fabricated a PU fiber using the fiber drawing method, ...
      Open Access
      Conference paper
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    • Orbital angular momentum modes by twisting of a hollow core antiresonant fiber 

      Stefani, Alessio; Kuhlmey, Boris; Fleming, Simon
      Published 2017
      Generation and use of orbital angular momentum (OAM) of light is finding more and more interest in a wide variety of fields of photonics: communications, optical trapping, quantum optics, and many more [1]. In the investigation ...
      Open Access
      Conference paper
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    • Pulse wave velocity measurement with soft-polymer optical fibers for wearable continuous blood pressure monitoring 

      Stefani, Alessio; Rukhlenko, Ivan; Ward, Rebecca; Prinable, Joseph; Large, Maryanne; Fleming, Simon
      Published 2020
      Soft-polymer fibers allow strong conformal contact with the skin and are extremely sensitive for deformation, despite high propagation loss. This enables pulse wave velocities measurements. Blood pressure can then be ...
      Open Access
      Conference paper
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