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James Taylor

Researcher at Newcastle University

Publications -  1190
Citations -  43346

James Taylor is an academic researcher from Newcastle University. The author has contributed to research in topics: Laser & Fiber laser. The author has an hindex of 95, co-authored 1161 publications receiving 39945 citations. Previous affiliations of James Taylor include Institut national de la recherche agronomique & European Spallation Source.

Papers
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Dual component fluorescence lifetime of some polymethine saturable absorbing dyes

TL;DR: Using the synchronously operated streak camera, dual components of the fluorescence decay of 9-alkyl substituted polymethine saturable absorbing dyes were detected with picosecond resolution.
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Generation of transform-limited optical pulses at 10 GHz using an electroabsorption modulator and a chirped fibre Bragg grating

TL;DR: In this paper, transform-limited pulses of 5-6 ps were generated at 10 GHz using an electroabsorption modulator in conjunction with a dispersive transmission filter based on a chirped fibre Bragg grating.
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Diode-pumped spatially dispersed broadband Cr:LiSGAF and Cr:LiSAF c.w. laser sources applied to short-coherence photorefractive holography

TL;DR: In this article, the authors demonstrate a high power broadband laser source for low coherence interferometry that is based on a simple three mirror diode-pumped c.w. Cr 3+ laser.
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Ultrafast fibre laser sources: Examples of recent developments

TL;DR: In this article, the authors summarise a number of recent experimental developments in the field of ultrafast compact all-fibre lasers, including: ionically-doped coloured glass saturable absorbers, Tm:fibres utilising graphene around 2 μ m; alternative layered materials including MoS 2 ; passively synchronised, coupled-cavity ultrafast dual-wavelength fibre lasers; and schemes for the generation of high repetition rate femtosecond pulses based on phase modulation, and spectral masking of CW radiation.
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4× repetition-rate multiplication and Raman compression of pulses in the same optical fiber

TL;DR: It is shown that the linear Talbot effect and nonlinear Raman compression occurred in different sections of the fiber, the lengths of which could be varied through adjustments in the input pulse power.