Chapter
Chapter 1. A few flashes on Hans Bethe contributions during the thirties
pp.:
19 – 37
Chapter 2. Effective Interactions and Nuclear Models
pp.:
37 – 52
Chapter 3. Path Integrals and Nuclear Structure
pp.:
52 – 104
Chapter 4. Chiral bags, Skyrmions and quarks in nuclei
pp.:
104 – 138
Chapter 5. Statistical theory of multistep reactions
pp.:
138 – 164
Chapter 6. Pions in nuclei
pp.:
164 – 192
Chapter 7. Nuclear matter under extreme conditions and the early Universe
pp.:
192 – 203
Chapter 8. Supernova theory
pp.:
203 – 234
Chapter 9. Heliosphere, collapsed stars and fusion reactors
pp.:
234 – 236
Chapter 10. Direct Neutron Capture and Element Synthesis
pp.:
236 – 246
Chapter 11. Discovery of element 108. The island of α-active nuclei beyond element 105
pp.:
246 – 265
Chapter 12. Observational evidence of element formation processes in stars
pp.:
265 – 281
Chapter 13. Pionic properties of nuclei
pp.:
281 – 291
Chapter 14. What are we learning about nuclei with pions at LAMPF?
pp.:
291 – 325
Chapter 15. Number-conserving approach to the pairing-force problem
pp.:
325 – 335
Chapter 16. On the production of heavy neutron-rich isotopes during He and C burning in massive stars
pp.:
335 – 355