SPEAKER |
TOPIC |
M. Aliotta |
Experimental nuclear astrophysics: an introduction |
W. Aoki |
r-processes observations |
A. Bonasera |
Laser induced reactions |
C. Bertulani |
Indirect methods in nuclear astrophysics |
A. Best |
Recent experiments at LUNA: a detailed study and its astrophysical impact |
C. Broggini |
The LUNA experiment: past and future |
A. Coc |
Statistical methods for reaction rate evaluation |
M. Couder |
Reaction studies with magnetic separators |
S. Cristallo |
s-process in stellar sites |
F. De Oliveria |
Resonant Elastic Scattering Measurements |
D. Dell'Aquila |
High precision investigation of the fully sequential decay width of the Hoyle state in 12C |
M. El Eid |
Heavy elements nucleosynthesis |
Z. Fulop |
Low-energy direct measurements: difficulties and perspectives |
M. Gai |
Neutron induced reactions at BBN energies |
M. Gulino |
THM experiments with RIB |
F. Hammache |
Transfer reactions for nuclear astrophysics |
K.L. Kratz |
Nuclear-data input to the r-process: the case of beta-decay properties |
S. Kubono |
Experimental Challenges to High-Temperature Hydrogen Burning |
C. Matei |
Nuclear Astrophysics with Gamma Beams at ELI-NP |
G. Mathews |
Primordial nucleosynthesis |
M. Mazzocco |
RIB production and related experiments at EXOTIC |
A. Mengoni |
Neutron induced cross section measurements for primordial and stellar nucleosynthesis at CERN n_TOF |
P. Moller |
Essentials of the macroscopic-microscopic folded-Yukawa approach and examples of its record in providing data for r-process and neutron-star crust studies |
J. Mrazek |
ANC experiments |
S. Nishimura |
RIB and explosive nucleosynthesis |
D. Pierroutsaku |
Gas detectors |
H. Schatz |
Explosive nucleosynthesis: from the stars to the labs |
O. Straniero |
Stellar structure and evolution |
L. Trache |
Experimental activities at IFIN-NH |
A. Tumino |
The Trojan Horse Method in nuclear astrophysics |
P. Woods |
Experimental approaches for nuclear astrophysical reactions with radioactive species |
H. Yamaguchi |
Direct measurements and detection techniques with low-energy RIBs |