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Timothy Runcorn
Timothy Runcorn
Imperial College London
Verifisert e-postadresse på imperial.ac.uk
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Wideband saturable absorption in few-layer molybdenum diselenide (MoSe 2) for Q-switching Yb-, Er-and Tm-doped fiber lasers
RI Woodward, RCT Howe, TH Runcorn, G Hu, F Torrisi, EJR Kelleher, ...
Optics express 23 (15), 20051-20061, 2015
3172015
Characterization of the second-and third-order nonlinear optical susceptibilities of monolayer MoS2 using multiphoton microscopy
RI Woodward, RT Murray, CF Phelan, REP de Oliveira, TH Runcorn, ...
2D Materials 4 (1), 011006, 2016
2012016
Mid-infrared Raman-soliton continuum pumped by a nanotube-mode-locked sub-picosecond Tm-doped MOPFA
M Zhang, EJR Kelleher, TH Runcorn, VM Mashinsky, OI Medvedkov, ...
Optics express 21 (20), 23261-23271, 2013
952013
High average power parametric wavelength conversion at 3.31–3.48 μm in MgO: PPLN
RT Murray, TH Runcorn, S Guha, JR Taylor
Optics Express 25 (6), 6421-6430, 2017
552017
Highly efficient mid-infrared difference-frequency generation using synchronously pulsed fiber lasers
RT Murray, TH Runcorn, EJR Kelleher, JR Taylor
Optics Letters 41 (11), 2446-2449, 2016
522016
Q-switched fiber laser with MoS2 saturable absorber
RI Woodward, EJR Kelleher, TH Runcorn, SV Popov, F Torrisi, RCT Howe, ...
CLEO: Science and Innovations, SM3H. 6, 2014
502014
Fiber grating compression of giant-chirped nanosecond pulses from an ultra-long nanotube mode-locked fiber laser
RI Woodward, EJR Kelleher, TH Runcorn, S Loranger, D Popa, ...
Optics letters 40 (3), 387-390, 2015
402015
Visible Raman-Shifted Fiber Lasers for Biophotonic Applications
TH Runcorn, FG Görlitz, RT Murray, EJR Kelleher
IEEE Journal of Selected Topics in Quantum Electronics 24 (3), 1-8, 2018
392018
easySLM‐STED: Stimulated emission depletion microscopy with aberration correction, extended field of view and multiple beam scanning
F Görlitz, S Guldbrand, TH Runcorn, RT Murray, AL Jaso‐Tamame, ...
Journal of biophotonics 11 (11), e201800087, 2018
312018
Highly efficient nanosecond 560 nm source by SHG of a combined Yb-Raman fiber amplifier
TH Runcorn, RT Murray, JR Taylor
Optics Express 26 (4), 4440-4447, 2018
242018
Duration-tunable picosecond source at 560 nm with watt-level average power
TH Runcorn, RT Murray, EJR Kelleher, SV Popov, JR Taylor
Optics Letters 40 (13), 3085-3088, 2015
242015
Fiber-integrated frequency-doubling of a picosecond Raman laser to 560 nm
TH Runcorn, T Legg, RT Murray, EJR Kelleher, SV Popov, JR Taylor
Optics Express 23 (12), 15728-15733, 2015
232015
Nanosecond pulsed 620 nm source by frequency-doubling a phosphosilicate Raman fiber amplifier
AM Chandran, TH Runcorn, RT Murray, JR Taylor
Optics Letters 44 (24), 6025-6028, 2019
142019
High Average Power Second-Harmonic Generation of a CW Erbium Fiber MOPA
TH Runcorn, RT Murray, JR Taylor
IEEE Photonics Technology Letters 29 (18), 1576-1579, 2017
122017
Seeded optical parametric generation in CdSiP2 pumped by a Raman fiber amplifier at 1.24 µm
RT Murray, AM Chandran, RA Battle, TH Runcorn, PG Schunemann, ...
Optics Letters 46 (9), 2039-2042, 2021
102021
Fiber-integrated 780 nm source for visible parametric generation
DJJ Hu, RT Murray, T Legg, TH Runcorn, M Zhang, RI Woodward, JL Lim, ...
Optics express 22 (24), 29726-29732, 2014
102014
Watt-level 743 nm source by second-harmonic generation of a cascaded phosphosilicate Raman fiber amplifier
AM Chandran, RA Battle, RT Murray, TH Runcorn, JR Taylor
Optics Express 29 (25), 41467-41474, 2021
72021
Mid-infrared difference-frequency generation directly pumped by a fiber four-wave mixing source
RA Battle, AM Chandran, TH Runcorn, A Mussot, A Kudlinski, RT Murray, ...
Optics Letters 48 (2), 387-390, 2023
62023
Watt-level Nanosecond 589 nm Source by SHG of a Cascaded Raman Amplifier
T Runcorn, RT Murray, EJ Kelleher, JR Taylor
Advanced Solid State Lasers, ATh1A. 3, 2016
62016
High resolution mass spectrometry imaging using 3 micron laser ablation
RA Battle, D Simon, Y Xiang, K Robinson, TH Runcorn, RT Murray, ...
Optical Interactions with Tissue and Cells XXXIV 12377, 36-38, 2023
42023
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