The Laser Interferometer Gravitational-wave Observatory (LIGO) and its sister project Virgo aim to achieve the first direct detection of gravitational waves. Such detection will not only provide the ultimate test of General Relativity, but also a fundamental, new probe into the universe, carrying information that is complementary to the multi-wavelength electromagnetic spectrum of traditional astronomy and to the neutrinos and cosmic rays of particle astrophysics. Over the next five years, Advanced LIGO and Advanced Virgo are predicted to usher in a new era of gravitational wave astronomy. In preparation, a growing network of collaborations between gravitational wave experiments, numerical relativity, astronomy and neutrino experiments is taking shape. I will review results, status and prospects for some of these collaboration efforts, with focus on gravitational wave burst signatures.
Coffee and cookies before the presentation at 3:15 pm, and refreshments after the presentation will both be served in Room 128.