The Gravitational-Wave Signature of Core-Collapse Supernovae
ORAL
Abstract
The next galactic or nearby extragalactic core-collapse supernova (CCSN) may be detected in gravitational waves (GWs) by the network of advanced-generation GW observatories. We briefly summarize the state of multi-D models of CCSNe and the current understanding of GW emission from core collapse events. We then present new results on the GW signals of neutrino-driven and magnetorotational CCSNe on the basis of fully general-relativistic 3D simulations of core collapse and postbounce evolution.
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Authors
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Christian Ott
Caltech, California Institute of Technology, TAPIR, Caltech
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Ernazar Abdikamalov
Caltech, TAPIR, Caltech
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Sarah Gossan
TAPIR, Caltech, California Institute of Technology
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Hannah Klion
TAPIR, Caltech
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Roland Haas
Caltech, California Institute of Technology, TAPIR, Caltech
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Philipp Moesta
Caltech, California Institute of Technology, TAPIR, Caltech
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Christian Reisswig
Caltech, California Institute of Technology, TAPIR, Caltech
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Uschi C.T. Gamma
TAPIR, Caltech
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Evan O'Connor
CITA, University of Toronto
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Erik Schnetter
Perimeter Institute