Wednesday, August 4th
Next generation lasers and light sources by Todd Ditmire
Wave Compression in Plasma by Nathaniel Fisch
Planetary cores by Gilbert Collins
Generation and Application of Superstrong Magnetic Fields with Ultra-Intense Lasers by Edison Liang
Nonlinear Optical Processes and their Control in High Energy Density Plasmas by Bedros Afeyan
X-rays from black hole accretion disks by Duane Liedahl
Unsolved problems in dense hydrogen and helium by Didier Saumon
Magnetized high energy density plasmas by Dmitri Ryutov
High-pressure phase diagram and planetary interiors by Ronald Redmer
Research at the Nevada Terawatt Facility by Joseph Kindel
White dwarf photospheres by Don Winget
Experiments and modeling of photoionized plasmas at Z by Roberto Mancini
Laboratory tests of stellar interior opacity models by James Bailey
Materials at high pressure by Mike Desjarlais
Thursday, August 5th
Current research using the UT laser systems by Aaron Bernstein
Proton acceleration experiments by Marius Schollmeier
Proton production theory by Alexey Arefiev
The UT laser facilities and diagnostics: what they can do and how to become a user by Gilliss Dyer
Z Fundamental Science Collaborations Program by Gordon Leifeste
Fundamental Science Experiments on Z: A Diagnostic Perspective by Greg Rochau
The SNL laser facilities (including diagnostics) and how to become a user by Briggs Atherton
Friday, August 6th
NIF Governance and Basic Science Proposal Process by Chris Keane
Students and SNL by Ken Struve
The White Dwarf team (UT), Our experience at SNL