TeV Particle Astrophysics FGST
Registration

The registration fee for the conference is $275, plus a required social event fee of $30.

Starting June 15, 2009, the registration fee will be $350. Register today!

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Accomodations

A block of rooms at the Stanford Guest House (located on SLAC's campus) have been reserved at a special rate. Deadline June 11th, for room block.

Please reserve early to ensure availability, using the code "TeVPA Conference."

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TeV Particle Astrophysics

Next TeV Particle Astrophysics - Paris 2010

Particle astrophysics is now a busy intersection between particle physics, astrophysics and cosmology. In 2009, the Large Hadron Collider will begin taking data and start its exploration of the TeV scale and physics beyond the Standard Model. The Fermi Gamma-ray Space Telescope (FGST) launched in June 2008, and it will have passed its one year anniversary by the time of the conference. Many results have already been reported, and there will be considerably more by the time of the conference. We expect more interesting results from Pamela and ATIC. In addition, ground-based gamma ray telescopes including HESS, MAGIC, VERITAS, MILAGRO and ARGO have been observing gamma-rays at the TeV scale and higher with unprecedented accuracy for years. We also expect new exciting results from Auger. Neutrino experiments such as Antares and IceCube are starting to run at similar and higher energies. Underground experiments that focus on dark matter direct detection, neutrino mass measurement, and gravitational wave detection, are all making rapid progress.

This conference aims to understand what we can learn from the present and upcoming observational results from both the LHC and a broad range of astrophysical searches. It will provide an occasion for theorists and experimentalists to discuss the latest and upcoming results in these fields, to consider new strategies, technologies and collaborative efforts to address some of the most pressing questions in physics today, including the nature of dark matter and the origin of cosmic rays.

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