5-6 April 2017
European XFEL, Schenefeld
Europe/Berlin timezone
The workshop will include few invited talks, contribution talks and poster sessions if we receive enough contributions. Please note that due to limited availability the organizing committee reserves the right to select contributions.The scientific topics covered include:
o properties of highly-excited solids
o high energy density states of matter
o probing QED effects
o ionization dynamics at high intensities
o relativistic laser plasma interaction
o energetic particle propagation in matter
o the production of secondary high energy photon and particle radiation sources
o application laser driven radiation sources for material, biological and medical sciences. short-pulse laser-driven backlighters for HED experiments at XFEL.
o XFEL probing of high intensity laser matter Interactions (e.g., X-ray Thomson Scattering, Small Angle X-ray Scattering, Coherent X-ray Diffraction Imaging, X-ray Faraday Rotation, X-Ray Diffraction, X-ray Absorption Spectroscopies…)
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The workshop is over.
 
This site serves now as repository for the pdf files of the given presentations as well as the Draft of the Conceptual Design Report. Please find the material as link at the end of this page. Except the workshop programme, these are password protected and only visible for active participants. If you would like to get access, please contact the local organizers.
Local Organizing Committee
The workshop is over.
 
This site serves now as repository for the pdf files of the given presentations and posters. Please find the material as link at the end of this page. Except the workshop programme, these are password protected and only visible for active participants. If you would like to get access, please contact the organizers.
 
Organizing committee:

Motoaki Nakatsutsumi - European XFEL,
Toma Toncian - Helmholtz-Zentrum Dresden-Rossendorf.

Starts
Ends
Europe/Berlin
European XFEL, Schenefeld
Seminar room E01.173
Holzkoppel 4, 22869 Schenefeld, Germany
01_Zastrau_overview_HED.pdf
02_Lederer_PP-Laser_at_HED_ML.pdf
03_Nakatsutsumi_PP_applications.pdf
04_Toncian_few_100TW_laser.pptx.pdf
05_Sperling_warm_dense_water.pdf
06_Alves_microphysics_of_extreme_plasma_conditions.pdf
07_Hoarty_Brown_Isentrop_measurements_in_the_WDM.pdf
08_Dorchies_Non-equilibrium_solid_plasm_transition_using_XANES.pptx.pdf
09_Willi_Time-resolved_ionization_dynamics.pptx.pdf
10_Vorberger_Time_resolved_temperature_measurement_using_x-ray_scattering.pdf
11_Metzkes_XFEL_Probing_of_Relativistic_Plasmas_requirement.pdf
13_Huang_Heating_ionization_magnetic_instability.pdf
14_Roedel_Exploiting_nonlinear_processess_in_relativistic_laser_plasmas.pdf
15_Pukhov_nano-structured_plasma.pdf
16_Gutt_Characterizing_surfaces_and_interfaces_2.pdf
17_Fernandez_Relativistic-transparent_laser_plasmas.pdf
18_Yabuuchi_HED_science_at_the_SACLA_XFEL.pdf
19_McKenna_Relativistic_electron_transport_in_WDM.pdf
20_Santos_Magnetized_HED_phys.pdf
22_Schlenvoigt_Polarimetry.pdf
23_Heinzl_Light-by-light_scattering.pdf
24_Seipt_Pair_production_and_Compton_scattering.pdf
25_Arefiev_Gamma-ray_emission_in_MT_magnetic_field.pptx.pdf
p01_Andreev_Amplification_of_atto-pulses_in_laser_plasmas.pptx.pdf
p04_Metzkes_XFEL_probing_of_relativistic_plasmas_generated_by_fs_laser.pdf
p06_Palmer_Dynamics_within_high-density_plasmas.pdf
p11_Yong_0.1_Hz,_30_T_split-pair_pulsed_magnet,_conceptual_design_and_primary_test.pdf
p13_Marrero_Samarin_Probing_QED_effects.pdf
p14_Molodtsova_Bremsstrahlung_detector_for_laser-plasma_experiments.pdf
p20_Appel_X-ray_beam_transport_and_properties_.pptx.pdf
p21_ApplebyThe_European_Cluster_of_Advanced_Laser_Light_Sources.pdf
p22_Makita_fast_sample_scanner_for_the_HED_instrument.pptx.pdf
p23_SukharnikovDAQ_and_cntl.pdf
p24_Thorpe_Main_vacuum_sample_chamber_for_the_HED_instrument.pptx.pdf
p25_Goede_X-ray_detectors_at_the_HED_instrument_.pptx.pdf