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Dr Owen McGann is a Senior Technologist at Glass Technology Services Ltd, who currently works primarily in the development of photonics and optical glass materials, the development of processes and techniques for the production and characterisation of same glass materials and in the FEA modelling of various glass related systems. His past experience includes work in the development of glass compositions and processes for nuclear waste immobilisation, in which he retains an interest.

Owen McGann

Owen McGann*1, Rob Ireson1, Angela Arnesano2, Tom Edwards3, Jonny Terry3, Tom Brown3, Animesh Jha4, James Addis4
1 Glass Technology Services Ltd, Unit 9, Churchill Way, Sheffield, S35 2PY. 2 Vitritech Ltd, Unit 6, Vantage Park, Sheffield, S9 1BG.
3 University of St. Andrews, School of Physics & Astronomy, North Haugh, St. Andrews, KY16 9SS.
4 University of Leeds, School of Chemical and Process Engineering, Leeds, LS2 9JT

Ultra-fast lasers are key to wide range of new and developing technologies, from microscopy and micromachining through to quantum encrypted communications. The use of glass as the gain material in ultra-fast laser systems offers a number of advantages over crystalline laser gain materials in terms of both cost and compositional flexibility.

Through the Innovate UK funded ‘ULTRA-Glass’ project Glass Technology Services Ltd and Vitritech Ltd have produced new glass materials that can be used as gain material in 1000nm and 1500nm mode-locked laser systems, incorporating rare-earth dopants (Er3+, Yb3+ etc) into an optimised phosphate glass system.

This talk will share the developments made over the course of the ULTRA-Glass project, the various material options considered and will share the some of the initial results on the performance of the developed glasses in mode-locked laser cavities.