Program

The summer school aims at a balance between lectures, “hands-on” experimental work, and tutorial discussions. The lectures will cover both theoretical and experimental challenges. The tutorials will give time to discuss the lectures and to share student research experience. All students will be expected to bring a poster of their research work to the school and be prepared to give a PowerPoint presentation.

Note: All presentations are available in PDF format. You will need the free Adobe Reader plug-in to view the files. You can download the Acrobat Reader plug-in from the Adobe Web site.

• Final 7th Summer School on Exotic Beam Physics Schedule (PDF)
• Discussion Groups
• Hands On Experiments

Lecturer	Topic
Thomas Glasmacher  Michigan State University	Exotic Beam Concepts
David Dean Oak Ridge National Laboratory	The Nuclear Many-Body Problem I The Nuclear Many-Body Problem II The Nuclear Many-Body Problem III
Sean Freeman University of Manchester, UK	Direct Nuclear Reactions I Direct Nuclear Reactions II Direct Nuclear Reactions III
Alexandra Gade  Michigan State University	Experiments on Exotic Nuclei I Experiments on Exotic Nuclei II Experiments on Exotic Nuclei III
Jeff Blackmon  Louisiana State University	Nuclear Astrophysics I Nuclear Astrophysics II
Paul Vetter  Lawrence Berkeley Laboratory	Fundamental Interactions I Fundamental Interactions II
Alfredo Galindo Uribarri Oak Ridge National Laboratory	Accelerator Mass Spectrometry
Jutta Escher Lawrence Livermore National Laboratory	Surrogate Nuclear Reactions
Kai Vetter Lawrence Livermore National Laboratory	Gamma Ray Imaging and Tracking
Jerry Nolen  Argonne National Laboratory	Making Radioactive Beams
Peter Mueller Argonne National Laboratory	Lasers in Nuclear Physics
R.B. Wiringa Argonee National Laboratory	Nuclear Forces and Light Nuclei
Steven Pieper Argonne National Laboratory	Can Modern Nuclear Hamiltonians Tolerate a Bound Tetraneutron?