1. Martin Freer (Matthew Barr) School of Physics and Astronomy, University of Birmingham, UK On Behalf of: R3B, Birmingham, LPC……… Correlations at the limits

2. Clustering

3. Hindi et al.

4. AMD Calculations Y Kanada En’yo et al.

5. AMD for Boron Isotopes

8. Coulomb Explosion of Molecules Max Planck CEI results for H + 3. Plotted is the sum of the relative velocities of the three protons. v a is directly related to the initial size of the molecule, which reflects the symmetric stretch normal mode. The triangles for storage times 2 s. The solid curve shows a Monte Carlo simulation of the Coulomb explosion process based on the vibrational ground state. The dashed and dotted lines show the first (1,0 0 ) and second (2,0 0 ) excited states of the symmetric stretch mode, respectively. Holger Kreckel, Annemieke Petrignani, Oldřich Novotný, Kyle Crabtree, Henrik Buhr, Benjamin J. McCall, Andreas Wolf

10. Pioneering Experiments at GANIL

11. Target No - Target Coincidence Charged Particle Detection

12. Target No - Target Neutron Detection

15. R 3 B - GSI

16. 12 Be + carbon target

18. Beryllium 7 Be (368.4 MeV/u), 9 Be (378.2 MeV/u), 10 Be (315.3, 498.7 and 536.6 MeV/u), 11 Be (266.5, 425.4 and 458.5 MeV/u), 12 Be (366.8 and 395.9 MeV/u) Boron 8 B (427.5 MeV/u), 10 B (291.0 and 461.6 MeV/u), 11 B (393.1 MeV/u), 12 B (533.3 MeV/u), 13 B (467.3 MeV/u), 14 B (412.6 and 444.8 MeV/u) and 15 B (395.9 MeV/u) 490 MeV/nucleon 40 Ar beam incident on a 4g/cm 2 Be target carbon targets of thickness 3.0 and 5.1 mm

19. Boron Beryllium Helium Lithium Beryllium Boron

21. 9 Be 10 Be 7 Be 8 Be 11 Be 12 Be

22. AMD for 10 Be

23. Present Outlook: Measurements indicate sensitivity to clustering -Need to measure momentum distributions (GFS) -Need to develop broader systematics Thanks to R3B collaboration and Matthew Barr