The Experts below are selected from a list of 110232 Experts worldwide ranked by ideXlab platform
Kevin C Prince - One of the best experts on this subject based on the ideXlab platform.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R RichterAbstract:Intense extreme UV and X-ray coherent sources are set to revolutionize numerous research areas, yet characterization of their Polarization remains elusive. Here, Mazza et al. measure the Polarization State of circularly polarized extreme UV light from a free-electron laser using circular dichroism.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R Richter, M B Danailov, A A DemidovichAbstract:Ultrafast extreme ultraviolet and X-ray free-electron lasers are set to revolutionize many domains such as bio-photonics and materials science, in a manner similar to optical lasers over the past two decades. Although their number will grow steadily over the coming decade, their complete characterization remains an elusive goal. This represents a significant barrier to their wider adoption and hence to the full realization of their potential in modern photon sciences. Although a great deal of progress has been made on temporal characterization and wavefront measurements at ultrahigh extreme ultraviolet and X-ray intensities, only few, if any progress on accurately measuring other key parameters such as the State of Polarization has emerged. Here we show that by combining ultra-short extreme ultraviolet free electron laser pulses from FERMI with near-infrared laser pulses, we can accurately measure the Polarization State of a free electron laser beam in an elegant, non-invasive and straightforward manner using circular dichroism.
R Richter - One of the best experts on this subject based on the ideXlab platform.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R RichterAbstract:Intense extreme UV and X-ray coherent sources are set to revolutionize numerous research areas, yet characterization of their Polarization remains elusive. Here, Mazza et al. measure the Polarization State of circularly polarized extreme UV light from a free-electron laser using circular dichroism.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R Richter, M B Danailov, A A DemidovichAbstract:Ultrafast extreme ultraviolet and X-ray free-electron lasers are set to revolutionize many domains such as bio-photonics and materials science, in a manner similar to optical lasers over the past two decades. Although their number will grow steadily over the coming decade, their complete characterization remains an elusive goal. This represents a significant barrier to their wider adoption and hence to the full realization of their potential in modern photon sciences. Although a great deal of progress has been made on temporal characterization and wavefront measurements at ultrahigh extreme ultraviolet and X-ray intensities, only few, if any progress on accurately measuring other key parameters such as the State of Polarization has emerged. Here we show that by combining ultra-short extreme ultraviolet free electron laser pulses from FERMI with near-infrared laser pulses, we can accurately measure the Polarization State of a free electron laser beam in an elegant, non-invasive and straightforward manner using circular dichroism.
T Mazza - One of the best experts on this subject based on the ideXlab platform.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R RichterAbstract:Intense extreme UV and X-ray coherent sources are set to revolutionize numerous research areas, yet characterization of their Polarization remains elusive. Here, Mazza et al. measure the Polarization State of circularly polarized extreme UV light from a free-electron laser using circular dichroism.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R Richter, M B Danailov, A A DemidovichAbstract:Ultrafast extreme ultraviolet and X-ray free-electron lasers are set to revolutionize many domains such as bio-photonics and materials science, in a manner similar to optical lasers over the past two decades. Although their number will grow steadily over the coming decade, their complete characterization remains an elusive goal. This represents a significant barrier to their wider adoption and hence to the full realization of their potential in modern photon sciences. Although a great deal of progress has been made on temporal characterization and wavefront measurements at ultrahigh extreme ultraviolet and X-ray intensities, only few, if any progress on accurately measuring other key parameters such as the State of Polarization has emerged. Here we show that by combining ultra-short extreme ultraviolet free electron laser pulses from FERMI with near-infrared laser pulses, we can accurately measure the Polarization State of a free electron laser beam in an elegant, non-invasive and straightforward manner using circular dichroism.
A A Demidovich - One of the best experts on this subject based on the ideXlab platform.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R Richter, M B Danailov, A A DemidovichAbstract:Ultrafast extreme ultraviolet and X-ray free-electron lasers are set to revolutionize many domains such as bio-photonics and materials science, in a manner similar to optical lasers over the past two decades. Although their number will grow steadily over the coming decade, their complete characterization remains an elusive goal. This represents a significant barrier to their wider adoption and hence to the full realization of their potential in modern photon sciences. Although a great deal of progress has been made on temporal characterization and wavefront measurements at ultrahigh extreme ultraviolet and X-ray intensities, only few, if any progress on accurately measuring other key parameters such as the State of Polarization has emerged. Here we show that by combining ultra-short extreme ultraviolet free electron laser pulses from FERMI with near-infrared laser pulses, we can accurately measure the Polarization State of a free electron laser beam in an elegant, non-invasive and straightforward manner using circular dichroism.
Oksana Plekan - One of the best experts on this subject based on the ideXlab platform.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R RichterAbstract:Intense extreme UV and X-ray coherent sources are set to revolutionize numerous research areas, yet characterization of their Polarization remains elusive. Here, Mazza et al. measure the Polarization State of circularly polarized extreme UV light from a free-electron laser using circular dichroism.
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determining the Polarization State of an extreme ultraviolet free electron laser beam using atomic circular dichroism
Nature Communications, 2014Co-Authors: T Mazza, M Ilchen, A J Rafipoor, Carlo Callegari, P Finetti, Oksana Plekan, Kevin C Prince, R Richter, M B Danailov, A A DemidovichAbstract:Ultrafast extreme ultraviolet and X-ray free-electron lasers are set to revolutionize many domains such as bio-photonics and materials science, in a manner similar to optical lasers over the past two decades. Although their number will grow steadily over the coming decade, their complete characterization remains an elusive goal. This represents a significant barrier to their wider adoption and hence to the full realization of their potential in modern photon sciences. Although a great deal of progress has been made on temporal characterization and wavefront measurements at ultrahigh extreme ultraviolet and X-ray intensities, only few, if any progress on accurately measuring other key parameters such as the State of Polarization has emerged. Here we show that by combining ultra-short extreme ultraviolet free electron laser pulses from FERMI with near-infrared laser pulses, we can accurately measure the Polarization State of a free electron laser beam in an elegant, non-invasive and straightforward manner using circular dichroism.
