| Session 1: The Big Bang |
| G. Steigman: Big Bang Nucleosynthesis (invited review) |
| R. Cyburt: Big Bang Nucleosynthesis constraints on Supersymmetry |
| M. Erhard: Study of the BBN reaction Dalpha,gamma)Li deep underground with LUNA |
| Session 2: The first stars |
| V. Bromm: Formation of the first stars (invited review) |
| A. Frebel: Observations of the most metal-poor stars and what they tell us about the early Universe (invited review) |
| W. Aoki: A systematic study of extremely metal-poor stars with SDSS/Subaru |
| A. Korn: David vs. Goliath: pitfalls and prospects in abundance analyses of dwarf vs. giant stars |
| Session 3: Chemical evolution and stars |
| A. McWilliam: Galactic chemical evolution—the observational side (invited review) |
| N. Prantzos: Topics in Galactic chemical evolution (invited review) |
| N. Langer: Evolution of massive stars (invited review) |
| F. Herwig: Evolution of low- and intermediate mass stars (invited review) |
| C. Meakin: 3D stellar models (invited talk) |
| W. Maciel: Nucleosynthesis and chemical evolution of intermediate-mass stars: results from planetary nebulae |
| Session 4: Stars |
| H. Costantini: Reaction rate measurements in underground laboratories (invited review) |
| A. DiLeva: The 3He(alpha,gamma)7Be cross-section at astrophysically relevant energies |
| O. Kirsebom: The 8B neutrino spectrum |
| T. Neff: Microscopic nuclear structure and reaction calculations in the FMD approach |
| K. Fujita: Direct measurement of the 4He(12C,16O)gamma cross-section near stellar energy |
| F. Strieder: Carbon fusion reactions in stars |
| Session 5: Grains and gamma-ray observations |
| P. Hoppe: Measurements of pre-solar grains (invited review) |
| L. Nittler: Extreme Cr-rich oxide grains in meteorites: evidence for a single late supernova injection into the Solar system |
| M. Savina: Chromium isotopic compositions in pre-solar SiC grains |
| R. Diehl: INTEGRAL observations of gamma-ray lines from radioactive decays |
| Session 6: Core-collapse supernovae |
| A. Chieffi: The final stages of stellar evolution (invited review) |
| M. Liebendörfer: Core collapse supernovae (invited review) |
| B. Messer: Core-collapse supernova simulations with CHIMERA |
| A. Dzhioev: Gamow-Teller strength distributions at finite temperature and electron capture in stellar environments |
| C. Ellinger: Delivery of supernova material to the interstellar medium through ejecta knots |
| Session 7: Hypernovae and mergers |
| K. Nomoto: Hypernovae and gamma-ray bursts (invited review) |
| G. McLaughlin: Nucleosynthesis from black hole accretion disks |
| S. Rosswog: Black hole and neutron star mergers (invited review) |
| B. Metzger: Radioactively powered electromagnetic counterparts of neutron stars |
| Y. Ishimaru: Enrichment of the r-process elements in the sub-halos as building blocks of the Milky Way halo |
| Session 8: Compact objects |
| J. Lattimer: The nuclear equation of state (invited review) |
| R. Neuhäuser: Constraints on neutron-star theories from nearby neutron star observations (invited talk) |
| K. Vantournhout: Nuclear pasta with a touch of quantum: towards the dynamics of bulk fermion systems |
| S. Typel: Clusters in dense matter and the equation of state |
| M. Famiano: Experimental applications of the nuclear equation-of-state to neutron star dynamics |
| N. Yasutake: The quark-hadron mixed phase with hyperons in proto-neutron stars |
| Session 9: The s-process I. |
| A. Karakas: The s-process (invited review) |
| A. Couture: The experimental side of the s-process (invited review) |
| S. Cristallo: Nucleosynthesis in very-low metallicity AGB stars: traces from proton ingestion episodes |
| M. Taggart: The first direct measurement of 17O(alpha,gamma)21Ne and its impact upon s-process abundances |
| Session 10: The s-process II. |
| S. Austin: The sensitivity of 16Al, 44Ti, and 60Fe production in core-collapse supernovae to uncertainties in the 3-alpha and 12C(alpha,gamma)16O reaction rates |
| S. Rugel: The half-life of 60Fe |
| C. Lederer: A new measurement of the astrophysically important reaction 62Ni(n,gamma) at n_TOF |
| I. Dillmann: First measurement of the 64Ni(gamma,n) cross-section |
| Session 11: Novae |
| J. Jose: Novae—theory and observations (invited review) |
| A. Sallaska: Destruction of 22Na in novae: surprising results from an absolute measurement of 22Na(p,gamma) resonance strengths |
| A. Parikh: The 33S(p,gamma)34Cl reaction in classical nova explosions |
| M. Matos: Unbound states of 32Cl relevant for novae |
| Session 12: X-ray bursts |
| H. Schatz: The rp-process in X-ray bursts (invited review) |
| C. Wrede: Precision measurements of 20Na, 24Al, 28P, 32Cl, and 36K for the rp-process |
| C. Deibel: Studying the (alpha,p)-process in X-ray bursts using radioactive ion beams |
| A. Jokinen: Mass measurements on the rp-process path (invited talk) |
| E. Haettner: Mass measurements of proton-rich nuclides in the region of A=85 and their impact on the rp-process |
| Session 13: Explosive nucleosynthesis: vp-process, v-process, and p-process |
| F. Montes: Production of light element primary process nuclei in supernova neutrino-driven winds |
| S. Hayakawa: Direct determination of the 11C(alpha,p)14N reaction rate with CRIB: an alternative synthesis path to the CNO elements |
| K. Nakamura: The neutrino-process and light element production |
| C. Travaglio: p-process nucleosynthesis coupled to multi-dimensional SNIa models |
| Session 14: Type Ia supernovae |
| J. Isern: Type Ia Supernovae: Observations and theory (invited review) |
| F. Röpke: Multi-dimensional models of SNIa (invited talk) |
| M. Zingale: Multi-dimensional models of convection preceding type Ia supernovae |
| D. Chamulak: Nucleosynthesis in surface detonation models of type Ia supernovae |
| Session 15: The p-process and exotic nuclei |
| Z. Fülöp: Experiments on reaction rates for the p-process (invited review) |
| N. Özkan: Proton-capture reaction cross-section measurements on 162Er for the astrophysical gamma-process |
| J. Dobaczewski: Extended energy density functionals and ground-state correlations in nuclei (invited review) |
| Y. Litvinov: Mass and lifetime measurements of stored exotic nuclei (invited review) |
| Session 16: The r-process I. |
| C. Sneden: r-process enhanced metal-poor stars (invited review) |
| M. Kowalska: High-precision mass measurements at ISOLTRAP for nucleosynthesis studies |
| J. Cowan: New n-capture element abundance determinations in an r-process enriched star |
| B. Barbuy: HST-STIS abundances in the uranium-rich metal-poor star CS31082-001 |
| S. Honda: Enrichment of heavy elements in the Sextans dwarf spheroidal galaxy |
| Session 17: The r-process II. |
| S. Wanajo: The r-process—the theoretical/astrophysical side (invited review) |
| A. Gallagher: An inconvenient truth: the low r-process fraction in the metal-poor subgiant star HD140283 |
| K. Farouqi: Co-production of light and heavy p-, s- and r-process isotopes in the high-entropy wind of core-collapse supernovae |
| A. Arcones: Explosive nucleosynthesis: nuclear physics impact using neutrino-driven wind simulations |
| A. Zuker: The anatomy of the simplest Duflo-Zuker mass formula |
| J. Benlliure: Production and beta half-lives of heavy neutron-rich nuclei approaching the r-process path at N=126 |
| Session 18: Future facilities |
| R. Krücken: Future radioactive beam facilities—RIBF, FAIR, FRIB (invited review) |
| M. Wiescher: Future facilities for probing stellar reaction processes (invited review) |
| T. Beers: Future surveys for metal-poor stars (invited review) |
