DAY 1
| COSMOLOGAL ISSUES | |
| Open problems in cosmology | J. Peebles |
| Cosmological parameters | M. Tegmark |
| SNIas and dark energy | B. Leibundgut |
| The cosmic microwave background and its polarization | J. Carlstrom |
| Cosmology with clusters of galaxies | N. Bahcall |
DAY 2
| DARK MATTER | |
| Dark matter constituents | L. Bergstrom |
| Galaxy formation and cold dark matter | B. Moore |
| Gravitational lensing and dark matter | P. Schneider |
| Cryogenic dark matter experiments | W. Seidel |
| Non-cryogenic dark matter experiments | A. Morales |
| Gamma ray bursts | C. Kouveliotou |
DAY 3
| NEUTRINO PHYSICS | |
| Results from SNO and other solar neutrino experiments | R.G.H. Robertson |
| Results from Kamland | P. Decowski |
| Neutrino mass, phenomenology and cosmology | R. Mohapatra |
| Current double beta decay experiments | A. Giuliani |
| Neutrino mass patterns and future double beta decay searches | S. Elliott |
| Direct neutrino mass searches | G. Drexlin |
DAY 4
| UNDERGROUND PHYSICS OF LARGE DETECTORS | |
| MINOS, OPERA, and ICARUS | F. Arneodo |
| CP violation, long baselines, and new neutrino beams | B. Marciano |
| Next-generation nucleon decay experiments | T. Nakaya |
| Underground laboratories in Europe | S. Bettini |
| Underground laboratories in Japan and North America | D. Sinclair |
DAY 5
| HIGH ENERGY ASTROPHYSICS/GRAVITATIONAL WAVES | |
| Ultra HE cosmic rays | J. Cronin |
| High energy gamma ray astronomy: fundamental physics results | H. Voelk |
| High energy neutrino astrophysics | T. Montaruli |
| Resonant gravity wave antennas | G. Frossati |
| Interferometer gravity wave detectors | B. Barish |
| Outlook | J. Bahcall |