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Welcome Back!!!. 1. Feb 2001: NRL 2. May 2001: NRL 3. Nov 2001: LLNL 4. Apr 2002: GA 5. Dec 2002: NRL 6. Apr 2003: Sandia 7. Sep 2003: Wisconsin 8. Feb 2004: Georgia Tech 9. Jun 2004: UCLA 10. Oct 2004: PPPL 11. Mar 2005: NRL 12. Jun 2005: LLNL 13. Nov 2005: LLE
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Welcome Back!!! 1. Feb 2001: NRL 2. May 2001: NRL 3. Nov 2001: LLNL 4. Apr 2002: GA 5. Dec 2002: NRL 6. Apr 2003: Sandia 7. Sep 2003: Wisconsin 8. Feb 2004: Georgia Tech 9. Jun 2004: UCLA 10. Oct 2004: PPPL 11. Mar 2005: NRL 12. Jun 2005: LLNL 13. Nov 2005: LLE 14. Mar 2006: ORNL 15. Aug 2006: GA 16. Dec 2006: PPPL 17. Oct 2007: NRL 1,2,5,11,17 13 7 10,16 3, 12 14 9 6 8 4,15
WHY? • Potential for • Lower development costs • -and- Lower running costs: • Modular Driver • Physics from ICF program • Need only one facility to develop S&T • Separable components • HOW? • Develop the science and technology in concert • Develop as an integrated system • Focus on goal of attractive power plant We are developing the science and technology for a Fusion Energybased on Lasers and Direct Drive Targets • Focus on goal of attractive power plant
"I do not share your confidence in the engineering feasibility of IFE........*" * This is a real quote, but we will attribute it to: Professor John Nerdelbaum Frink, Jr. We should be aware of external critiques
On addressing the critics: what we have accomplished, what we need to do (1 of 3)
WORKSHOP AGENDA Tuesday Lasers Poster Break I (Friedman Room) Chamber Physics Group Photo Lunch (Friedman Room) Materials: Experiments Poster Break II (Friedman Room) Materials: Modeling Final Optics Dinner: On your own Wednesday Chamber Technologies Poster Break III (Friedman Room) Target Design Target Fabrication: Foam Shells Lunch: (Friedman Room) Target Fabrication: Cryogenics Target Engagement Meeting Wrap up