John Travers

@jctravs.bsky.social

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RAEng Chair in Emerging Technologies and Professor of Physics at Heriot Watt University, Edinburgh. Ultrafast optics, solitons, hollow fibres. https://lupo-lab.com

Post-deadline PD-2.3 18:05 ICM - Room 13b Extreme Soliton Dynamics for Terawatt-Scale Optical Attosecond Pulses and 30 GW-Scale Sub-3 fs Far-ultraviolet Pulses Nikoleta Kotsina, Michael Heynck, Joleik Nordmann, Martin Gebhardt, Teodora Grigorova, Christian Brahms, and John C. Travers Heriot-Watt University, Edinburgh, United Kingdom We present the extreme soliton (XSOL) beamline, which generates terawatt-scale sub-femtosecond self-compressed visible-infrared pulses as well as sub-3 fs far-ultraviolet pulses with energy exceeding 170 µJ at 240 nm and wavelength tunability down to 140 nm.
Cloud of words in various colors and sizes based on a Google Scholar profile. Some of the largest words include generation hollow-core gas-filled supercontinuum crystal photonic fiber pulses fibers laser soliton nonlinear hollow dispersive fibres capillary emission optics wave ultraviolet source ultrafast fibre pcf pulse deep dynamics optical raman tunable.
Commodore Amiga 500, 16-bit computer (1987)
An issue 2 1982 ZX Spectrum
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