DAY 1
| COSMOLOGY, PARTICLE PHYSICS AND DARK MATTER | |
| Status of cosmology | W. Freedman |
| Search for baryonic dark matter | R. Rebolo |
| Candidates for non-baryonic dark matter | N. Fornengo |
| Search for non-baryonic dark matter | A. Morales |
| New results from SDSS | J. Frieman |
DAY 2
| COSMOLOGY, PARTICLE PHYSICS AND DARK MATTER (Continued) | |
| Galaxy formation and large scale structures | L. Guzzo |
| Microwave background | P. de Bernardis |
| Big bang nucleosynthesis | A. Dolgov |
| Inflation | I. Tkachev |
| GRAVITATIONAL WAVES | |
| Progress in gravitational wave detection: bars | M. Cerdonio |
| Progress in gravitational wave detection: interferometers | K. Kuroda |
DAY 3
| NEUTRINOS | |
| Atmospheric neutrinos | Y. Totsuka |
| Solar neutrinos | A. McDonald |
| Accelerator neutrinos | T. Hasegawa |
| Neutrino masses and beta-beta decay | E. Fiorini |
| Thermonuclear cross-sections | M. Junker |
| Physics with supernovae | G. Raffelt |
DAY 4
| NEUTRINOS (Continued) | |
| Phenomenology of neutrino oscillations | E. Lisi |
| Theory of neutrino masses and mixing | P. Langacker |
| Future solar and reactor experiments | S. Schoenert |
| Future atmospheric and accelerator experiments | J. Schneps |
| Neutrino factories | F. Dydak |
DAY 5
| HIGH ENERGY ASTROPHYSICS | |
| Gamma-ray bursts | M. Vietri |
| Gamma-ray astronomy | I. Grenier |
| UHE cosmic rays (present) | M. Teshima |
| UHE cosmic rays (future) | A. Olinto |
| HE neutrino astronomy | Ch. Spiering |