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| Format: | Preprint |
| Published: |
2026
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| Subjects: | |
| Online Access: | https://arxiv.org/abs/2601.14028 |
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| _version_ | 1866911387232501760 |
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| author | Garcia, Alejandro Laso Mishchenko, Mikhail Bouffetier, Victorien Perez-Callejo, Gabriel Appel, Karen Arefiev, Alexey Baehtz, Carsten Brambrink, Erik Cernaianu, Mihail Doria, Domenico Dornheim, Tobias Dyer, Gillis M. Fefeu, Nicolas Galtier, Eric Gawne, Thomas Ghenuche, Petru V. Goede, Sebastian Hagemann, Johannes Herbert, Marie-Luise Höppner, Hauke Huang, Lingen Humphries, Oliver Jones, Mae Khaghani, Dimitri Kluge, Thomas Koliyadu, Jayanath Kraus, Dominik Lee, Hae Ja Lütgert, Julian Makita, Mikako Naedler, Jean-Paul Nagler, Bob Nakatsutsumi, Motoaki Nguyen, Quynh Pelka, Alexander Preston, Thomas R. Qu, Chong Bing Rahul, Sripati V. Randolph, Lisa Redmer, Ronald Rehwald, Martin Rinderknecht, Hans G. Rodriguez-Fernandez, Angel Santos, Joao J. Schramm, Ulrich Smid, Michal Strohm, Cornelius Strucka, Jergus Tang, Minxue Vagovic, Patrik Vescovi, Milenko Yang, Long Zeil, Karl Zastrau, Ulf Cowan, Thomas E. Toncian, Toma |
| author_facet | Garcia, Alejandro Laso Mishchenko, Mikhail Bouffetier, Victorien Perez-Callejo, Gabriel Appel, Karen Arefiev, Alexey Baehtz, Carsten Brambrink, Erik Cernaianu, Mihail Doria, Domenico Dornheim, Tobias Dyer, Gillis M. Fefeu, Nicolas Galtier, Eric Gawne, Thomas Ghenuche, Petru V. Goede, Sebastian Hagemann, Johannes Herbert, Marie-Luise Höppner, Hauke Huang, Lingen Humphries, Oliver Jones, Mae Khaghani, Dimitri Kluge, Thomas Koliyadu, Jayanath Kraus, Dominik Lee, Hae Ja Lütgert, Julian Makita, Mikako Naedler, Jean-Paul Nagler, Bob Nakatsutsumi, Motoaki Nguyen, Quynh Pelka, Alexander Preston, Thomas R. Qu, Chong Bing Rahul, Sripati V. Randolph, Lisa Redmer, Ronald Rehwald, Martin Rinderknecht, Hans G. Rodriguez-Fernandez, Angel Santos, Joao J. Schramm, Ulrich Smid, Michal Strohm, Cornelius Strucka, Jergus Tang, Minxue Vagovic, Patrik Vescovi, Milenko Yang, Long Zeil, Karl Zastrau, Ulf Cowan, Thomas E. Toncian, Toma |
| contents | The imaging platform developed at the High Energy Density - Helmholtz International Beamline for Extreme Fields (HED-HiBEF) instrument at the European XFEL and its applications to high energy density and fusion related research are presented. The platform combines the XFEL beam with the high-intensity short-pulse laser ReLaX and the high-energy nanosecond-pulse laser DiPOLE-100X. The spatial resolution is better than 500 nm and the temporal resolution of the order of 50 fs. We show examples of blast waves and converging cylindrical shocks in aluminium, resonant absorption measurements of specific charged states in copper with ReLaX and planar shocks in polystyrene material generated by DiPOLE-100X. We also discuss the possibilities introduced by combining this imaging platform with a kJ-class laser. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2601_14028 |
| institution | arXiv |
| publishDate | 2026 |
| record_format | arxiv |
| spellingShingle | XFEL Imaging Techniques for High Energy Density and Inertial Fusion Energy Research at HED-HiBEF Garcia, Alejandro Laso Mishchenko, Mikhail Bouffetier, Victorien Perez-Callejo, Gabriel Appel, Karen Arefiev, Alexey Baehtz, Carsten Brambrink, Erik Cernaianu, Mihail Doria, Domenico Dornheim, Tobias Dyer, Gillis M. Fefeu, Nicolas Galtier, Eric Gawne, Thomas Ghenuche, Petru V. Goede, Sebastian Hagemann, Johannes Herbert, Marie-Luise Höppner, Hauke Huang, Lingen Humphries, Oliver Jones, Mae Khaghani, Dimitri Kluge, Thomas Koliyadu, Jayanath Kraus, Dominik Lee, Hae Ja Lütgert, Julian Makita, Mikako Naedler, Jean-Paul Nagler, Bob Nakatsutsumi, Motoaki Nguyen, Quynh Pelka, Alexander Preston, Thomas R. Qu, Chong Bing Rahul, Sripati V. Randolph, Lisa Redmer, Ronald Rehwald, Martin Rinderknecht, Hans G. Rodriguez-Fernandez, Angel Santos, Joao J. Schramm, Ulrich Smid, Michal Strohm, Cornelius Strucka, Jergus Tang, Minxue Vagovic, Patrik Vescovi, Milenko Yang, Long Zeil, Karl Zastrau, Ulf Cowan, Thomas E. Toncian, Toma Plasma Physics The imaging platform developed at the High Energy Density - Helmholtz International Beamline for Extreme Fields (HED-HiBEF) instrument at the European XFEL and its applications to high energy density and fusion related research are presented. The platform combines the XFEL beam with the high-intensity short-pulse laser ReLaX and the high-energy nanosecond-pulse laser DiPOLE-100X. The spatial resolution is better than 500 nm and the temporal resolution of the order of 50 fs. We show examples of blast waves and converging cylindrical shocks in aluminium, resonant absorption measurements of specific charged states in copper with ReLaX and planar shocks in polystyrene material generated by DiPOLE-100X. We also discuss the possibilities introduced by combining this imaging platform with a kJ-class laser. |
| title | XFEL Imaging Techniques for High Energy Density and Inertial Fusion Energy Research at HED-HiBEF |
| topic | Plasma Physics |
| url | https://arxiv.org/abs/2601.14028 |