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08:35
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Welcome
- Dr
Wim Leemans
(264)
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08:45
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Overview of the BELLA Center and our vision for BELLA-i, W. Leemans and T. Schenkel
-
Thomas Schenkel
(264)
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09:20
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BELLA-i - a new tool for ion acceleration, rel. plasma physics and applications, M. Roth
(264)
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09:55
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--- coffee break ---
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10:15
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Laser ion acceleration at the centre for advanced laser applications in Munich, J. Schreiber
(264)
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10:50
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Acceleration of ions using ultra-thin targets with the BELLA laser, F. Beg
(264)
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11:25
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Chirped standing wave acceleration: High-energy ion control, F. Mackenroth
(264)
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11:45
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Exploiting lights momentum to boost laser wakefield accelerators towards high field physics, J. Vieira
(264)
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08:45
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A perspective on laser-driven ion acceleration: new mechanisms and their dependence on laser-pulse duration, J. Fernandez
(264)
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09:20
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Dense Gamma-ray and Pair Creation using Ultra-intense Lasers, E. Liang
(264)
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09:55
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Why does a quantum field theory for intense laser matter interactions matter?, B. M. Hegelich
(264)
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10:30
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--- coffee break ---
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10:50
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All Optical Nonlinear Compton Scattering and Pair-Plasma Production, A. Thomas
(264)
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11:25
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Resolving ultrafast dynamics in warm dense matter, D. Kraus
(264)
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08:40
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Liquid crystal films as plasma mirrors and targets for high repetition rate secondary beam generation, P. Poole
(264)
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09:15
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Integrating a high-power laser system into the accelerator infrastructure at DESY, A. Meier
(264)
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09:35
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Status of the ELI-MED beamline, V. Scuderi
(264)
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10:10
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--- coffee break ---
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10:30
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BELLA-i ion beam transport, Q. Ji
(264)
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10:50
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Finalize input for workshop report - high impact experiments and facility requirements, T. Schenkel
(until 12:00)
(264)
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12:05
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--- working lunch, discussion of laser-ion acceleration ---
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13:00
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Betatron x-rays from laser-wakefield accelerators: a novel probe for time-resolved high energy density science experiments, F. Albert
(264)
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13:35
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Potential for high intensity QED experiments on Bella, M. Zepf
(264)
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14:05
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Ionization physics at extreme intensity, D. Gordon
(264)
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14:25
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--- coffee break ---
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14:55
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Relativistic electron transport in HED plasmas -- future prospects at XFELs, T. Cowan
(264)
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15:30
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Exploiting relativistic nonlinearities in near-critical density plasmas for laser driven ion acceleration, J. Bin
(264)
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15:50
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Discussion of Day 1 experiments at BELLA-i
(264)
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18:30
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no host dinner, some of us will go to Jupiter 2181 Shattuck Ave
(264)
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12:00
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--- working lunch ---
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13:00
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Nuclear-Plasma Experiments using Lasers, L. Bernstein
(264)
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13:35
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Laser-nucleus interaction with keV and MeV photons, J. Gunst
(264)
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14:10
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QED-driven absorption of high-intensity lasers, T. Blackburn
(264)
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14:30
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From electron-Positron photoproduction in strong laser fields to QED cascades, S. Meuren
(264)
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15:05
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--- coffee break ---
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15:30
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What can we learn about electron velocity distribution functions by Raman amplifying a probe beam off a sub-ps time scale sculpted pump wave using STUD pulses (spike trains of uneven duration and delay) in a high energy density plasma?, B. Afeyan
(264)
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15:50
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Discussion of requirements for experiments at BELLA-i
(264)
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18:30
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no host dinner, China Village, $30 per person, please RSVP to gtjiles@lbl.gov
(264)
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12:00
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no host lunch
(264)
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13:00
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optional tours of the BELLA center and other LBNL faciltities
(264)
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