DAY 1
INTRODUCTION | |
Welcome address | D. Vignaud |
COSMOLOGY | |
Perspectives in cosmology | A. Vilenkin |
The physics of the cosmic microwave background | A. Jaffe |
Dark energy probes | E. Gaztanaga |
The dark matter structure of the Universe |
R. Sheth |
Gravitational waves | |
The present gravitational wave detection effort |
K. Riles |
Advanced gravitational wave detectors |
G. Losurdo |
DAY 2
DARK MATTER IN THE UNIVERSE | |
The astroparticle physics center at the Gran Sasso Laboratory |
V. Berezinsky |
Results from the DAMA/LIBRA experiment |
P. Belli |
Results from the CDMS experiment |
J. Cooley-Sekula |
Results from the XENON experiment |
E. Aprile |
The WARP experiment | C. Montanari |
Particle dark matter interpretations of direct searches |
A. Bottino |
Axion searches | L. Rosenberg |
DAY 3
NEUTRINOS | |
Progress in the understanding of neutrino properties |
J.W.F. Valle |
Frontiers of low energy neutrino physics and astrophysics |
G. Ranucci |
Status and perspectives of short baseline studies |
M. Dierckxsens |
Status and perspectives of atmospheric neutrinos and long baseline studies |
T. Kajita |
Neutrinos from CERN to Gran Sasso: the CNGS project |
M. Dracos |
Neutrinoless double beta decay |
S. Schoenert |
DAY 4
NEUTRINOS (continued) | |
Status of the Sudbury Neutrino Observatory |
J. Klein |
Supernova neutrino oscillations: what do we understand? |
A. Dighe |
COSMIC RAYS AND NEUTRINOS | |
Observations of UHE cosmic rays |
G. Matthiae |
The high energy Universe: cosmic rays |
P. Blasi |
UHE cosmic neutrinos: theoretical aspects |
M. Kachelriess |
Detection of high energy neutrinos |
G. Sullivan |
DAY 5
GAMMA RAYS | |
Astrophysical sources of gamma-rays |
I. Grenier |
Ground based observations of gamma rays |
M. Mariotti |
Space based observations of gamma rays |
P. Bruel |
Detection of antimatter in our Galaxy | P. Picozza |
Dark matter signals in space | P. Salati |
UNDERGROUND LABORATORIES | |
Overview of underground laboratories and facilities |
E. Coccia |