Single-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulses

Accurate characterization of laser pulses used in experiments is a crucial step to the analysis of their results. In this paper, a novel single-shot frequency-resolved optical gating (FROG) device is described, one that incorporates a dispersive element which allows it to fully characterize pulses u...

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Autori principali: Aboushelbaya, R, Savin, A, Ceurvorst, L, Sadler, J, Norreys, P, Davies, A, Froula, D, Boyle, A, Galimberti, M, Oliveira, P, Parry, B, Katzir, Y, Glize, K
Natura: Journal article
Pubblicazione: AIP Publishing 2018
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author Aboushelbaya, R
Savin, A
Ceurvorst, L
Sadler, J
Norreys, P
Davies, A
Froula, D
Boyle, A
Galimberti, M
Oliveira, P
Parry, B
Katzir, Y
Glize, K
author_facet Aboushelbaya, R
Savin, A
Ceurvorst, L
Sadler, J
Norreys, P
Davies, A
Froula, D
Boyle, A
Galimberti, M
Oliveira, P
Parry, B
Katzir, Y
Glize, K
author_sort Aboushelbaya, R
collection OXFORD
description Accurate characterization of laser pulses used in experiments is a crucial step to the analysis of their results. In this paper, a novel single-shot frequency-resolved optical gating (FROG) device is described, one that incorporates a dispersive element which allows it to fully characterize pulses up to 25 ps in duration with a 65 fs per pixel temporal resolution. A newly developed phase retrieval routine based on memetic algorithms is implemented and shown to circumvent the stagnation problem that often occurs with traditional FROG analysis programs when they encounter a local minimum.
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spelling oxford-uuid:40b88a16-d536-4200-8cf7-36434bdcd1f62022-03-26T14:39:23ZSingle-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulsesJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:40b88a16-d536-4200-8cf7-36434bdcd1f6Symplectic Elements at OxfordAIP Publishing2018Aboushelbaya, RSavin, ACeurvorst, LSadler, JNorreys, PDavies, AFroula, DBoyle, AGalimberti, MOliveira, PParry, BKatzir, YGlize, KAccurate characterization of laser pulses used in experiments is a crucial step to the analysis of their results. In this paper, a novel single-shot frequency-resolved optical gating (FROG) device is described, one that incorporates a dispersive element which allows it to fully characterize pulses up to 25 ps in duration with a 65 fs per pixel temporal resolution. A newly developed phase retrieval routine based on memetic algorithms is implemented and shown to circumvent the stagnation problem that often occurs with traditional FROG analysis programs when they encounter a local minimum.
spellingShingle Aboushelbaya, R
Savin, A
Ceurvorst, L
Sadler, J
Norreys, P
Davies, A
Froula, D
Boyle, A
Galimberti, M
Oliveira, P
Parry, B
Katzir, Y
Glize, K
Single-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulses
title Single-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulses
title_full Single-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulses
title_fullStr Single-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulses
title_full_unstemmed Single-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulses
title_short Single-shot frequency-resolved optical gating for retrieving the pulse shape of high energy picosecond pulses
title_sort single shot frequency resolved optical gating for retrieving the pulse shape of high energy picosecond pulses
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