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attosecond

Chameleon Reliability Antarctia Final WP.pdf

Chameleon Reliability Antarctia Final WP.pdf

…computer controlled wavelength tuning and bandwidth adjustment, plus a series of options that make it suitable for applications as diverse as attosecond physics or operation in conjunction with Free Electron Lasers (FELs). Installation in large multiuser facilities like an accelerator or a FEL…

Coherent Whitepaper - Astrella Tisch Sphere FINAL.pdf

Coherent Whitepaper - Astrella Tisch Sphere FINAL.pdf

…emerging applications in physics, photochemistry and materials science need even shorter pulses and/or higher peak powers - for example to generate attosecond X-ray pulses or create bursts of relativistic electrons. In this article, we show how Professor John Tisch and Dr. Daniel Walke from Imperial…

Coherent Whitepaper - Astrella Tisch Sphere FINAL.pdf

Coherent Whitepaper - Astrella Tisch Sphere FINAL.pdf

…emerging applications in physics, photochemistry and materials science need even shorter pulses and/or higher peak powers - for example to generate attosecond X-ray pulses or create bursts of relativistic electrons. In this article, we show how Professor John Tisch and Dr. Daniel Walke from Imperial…

Europhotonics - Autumn 2017

Europhotonics - Autumn 2017

…Welcoming these recent developments in fiber laser technology are scientists that include professor Matthias Kling at the Laboratory for Attosecond Physics at Ludwig-Maximilians-Universität Munich and the Max Planck Institute of Quantum Optics in Garching, Germany. He is working closely…

32311a coverSinglesRR.indd

32311a coverSinglesRR.indd

…confined to a narrow wavelength band. Some lasers can be used to create ultrafast output--a series of pulses with pulse durations as short as attoseconds (i.e., 10 18 seconds). There are many types of lasers and one way of classifying them is by the material or medium used to create the lasing…

32311a coverSinglesRR.indd

32311a coverSinglesRR.indd

…Most of these applications require the use of ultrafast lasers that enable the generation of pulses short enough to be measured in femto- or attoseconds (10 15 to 10 18 seconds). Because of these very short pulse durations, ultrafast lasers enable the study of fundamental physical and chemical…

32311a coverSinglesRR.indd

32311a coverSinglesRR.indd

…confined to a narrow wavelength band. Some lasers can be used to create ultrafast output--a series of pulses with pulse durations as short as attoseconds (i.e., 10 18 seconds). There are many types of lasers and one way of classifying them is by the material or medium used to create the lasing…

32311a coverSinglesRR.indd

32311a coverSinglesRR.indd

…Most of these applications require the use of ultrafast lasers that enable the generation of pulses short enough to be measured in femto- or attoseconds (10 15 to 10 18 seconds). Because of these very short pulse durations, ultrafast lasers enable the study of fundamental physical and chemical…

32311a coverSinglesRR.indd

32311a coverSinglesRR.indd

…confined to a narrow wavelength band. Some lasers can be used to create ultrafast output--a series of pulses with pulse durations as short as attoseconds (i.e., 10 18 seconds). There are many types of lasers and one way of classifying them is by the material or medium used to create the lasing…

32311a coverSinglesRR.indd

32311a coverSinglesRR.indd

…Most of these applications require the use of ultrafast lasers that enable the generation of pulses short enough to be measured in femto- or attoseconds (10 15 to 10 18 seconds). Because of these very short pulse durations, ultrafast lasers enable the study of fundamental physical and chemical…

34706a cover.indd

34706a cover.indd

…Most of these applications require the use of ultrafast lasers that enable the generation of pulses short enough to be measured in femto- or attoseconds (10 15 to 10 18 seconds). Because of these very short pulse durations, ultrafast lasers enable the study of fundamental physical and chemical…

34706a cover.indd

34706a cover.indd

…Most of these applications require the use of ultrafast lasers that enable the generation of pulses short enough to be measured in femto- or attoseconds (10 15 to 10 18 seconds). Because of these very short pulse durations, ultrafast lasers enable the study of fundamental physical and chemical…

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