PHEDM-Hirschegg Workshop 2017
We cordially invite you to participate in the 37th Hirschegg meeting to discuss High Energy Density Physics. The workshop will again provide an international forum to discuss high energy density physics including fundamental science, intense laser and particle beams interaction with matter and inertial confinement fusion. Following the tradition of the “Hirschegg Workshops”, the special atmosphere and schedule will leave enough time for discussions among participants. The conference organization does especially encourage the participation of young researchers and students.
The 2016 meeting starts on Sunday, January 29th (arrival and registration starting at 4 p.m.) and ends on Friday, February 3rd, 2017
.Again, as in the recent years, the scientific program will be conducted at the Darmstädter Haus (Waldemar-Petersen-Haus) from Monday morning until Friday noon. Due to the size of the conference room, participation is limited to about 100 participants. Invitation letters for visa application will be sent on request.
Publication and Awards:
1) Participants are invited to submit manuscripts of their work presented at Hirschegg to: Laser and Particle Beams, Cambridge University Press.
2) Young Scientists Award: There will be an award for a young scientist honoring his or her extraordinary oral presentation. The award endowed with 2.000 EUR towards the participation of an international
conference and a certificate. Details about applications and nominations for the LPB young scientist award will be sent out with the second announcement.
3) Poster Award for young researcher (100 EUR).
Scientific Program
We encourage contributions on recent achievements in the following subjects:
• Properties of high energy density matter created by intense ion beams and lasers (EOS, phase transitions in dense plasmas, transport, and relaxation)
• Beam-plasma interactions (lasers, ion beams, pulsed power)
• Particle acceleration and generation of intense beams
• Ultrahigh field phenomena
• Diagnostic methods for high energy density matter
• Accelerator issues of intense beams
• Inertial fusion including shock ignition, fast ignition and magnetized targets
• Hydrodynamic simulations and instabilities
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