Characterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation

This work has demonstrated a simple method to measure spatio-temporal coupling in XUV high harmonic generation via the use of spatial shearing interferometry. The method is based on a well established technique used in the visible domain which is robust to noise and can also be measured in a single...

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Main Authors: Witting, T, Wyatt, A, Monmayrant, A, Walmsley, I, Haworth, C, Robinson, J, Tisch, J, Marangos, J
Format: Conference item
Published: Optical Society of America 2007
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author Witting, T
Wyatt, A
Monmayrant, A
Walmsley, I
Haworth, C
Robinson, J
Tisch, J
Marangos, J
author_facet Witting, T
Wyatt, A
Monmayrant, A
Walmsley, I
Haworth, C
Robinson, J
Tisch, J
Marangos, J
author_sort Witting, T
collection OXFORD
description This work has demonstrated a simple method to measure spatio-temporal coupling in XUV high harmonic generation via the use of spatial shearing interferometry. The method is based on a well established technique used in the visible domain which is robust to noise and can also be measured in a single shot that such a method can prove valuable in further understanding of propagation and phase-matching effects in high harmonic generation, as well as providing a tool for performing reference based time-resolved spectroscopy.
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spelling oxford-uuid:b296dfac-7dc1-4089-97bf-883b8f6f7ae12022-03-27T04:12:45ZCharacterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generationConference itemhttp://purl.org/coar/resource_type/c_5794uuid:b296dfac-7dc1-4089-97bf-883b8f6f7ae1Symplectic Elements at OxfordOptical Society of America2007Witting, TWyatt, AMonmayrant, AWalmsley, IHaworth, CRobinson, JTisch, JMarangos, JThis work has demonstrated a simple method to measure spatio-temporal coupling in XUV high harmonic generation via the use of spatial shearing interferometry. The method is based on a well established technique used in the visible domain which is robust to noise and can also be measured in a single shot that such a method can prove valuable in further understanding of propagation and phase-matching effects in high harmonic generation, as well as providing a tool for performing reference based time-resolved spectroscopy.
spellingShingle Witting, T
Wyatt, A
Monmayrant, A
Walmsley, I
Haworth, C
Robinson, J
Tisch, J
Marangos, J
Characterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation
title Characterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation
title_full Characterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation
title_fullStr Characterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation
title_full_unstemmed Characterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation
title_short Characterising spatio-temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation
title_sort characterising spatio temporal coupling of extreme ultraviolet ultrashort pulses from high harmonic generation
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AT wyatta characterisingspatiotemporalcouplingofextremeultravioletultrashortpulsesfromhighharmonicgeneration
AT monmayranta characterisingspatiotemporalcouplingofextremeultravioletultrashortpulsesfromhighharmonicgeneration
AT walmsleyi characterisingspatiotemporalcouplingofextremeultravioletultrashortpulsesfromhighharmonicgeneration
AT haworthc characterisingspatiotemporalcouplingofextremeultravioletultrashortpulsesfromhighharmonicgeneration
AT robinsonj characterisingspatiotemporalcouplingofextremeultravioletultrashortpulsesfromhighharmonicgeneration
AT tischj characterisingspatiotemporalcouplingofextremeultravioletultrashortpulsesfromhighharmonicgeneration
AT marangosj characterisingspatiotemporalcouplingofextremeultravioletultrashortpulsesfromhighharmonicgeneration