Binary Inspiral and Gravitational Wave Kicks
ORAL · L11
Presentations
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Modeling gravitational recoil from precessing highly-spinning unequal-mass black-hole binaries
ORAL
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Authors
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Carlos Lousto
Rochester Institute of Technology
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Manuela Campanelli
Rochester Institute of Technology
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Yosef Zlochower
Rochester Institute of Technology
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Post-Newtonian Approximation in a Maxwell-Like Form for Use in Interpreting Binary-Black-Hole Simulations
ORAL
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Authors
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Jeff Kaplan
California Institute of Technology
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David Nichols
California Institute of Technology
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Kip S. Thorne
California Institute of Technology
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Momentum Flow in Inspiraling Black-Hole Binaries
ORAL
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Authors
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David Nichols
California Institute of Technology
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Drew Keppel
California Institute of Technology
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Yanbei Chen
California Institute of Technology
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Kip S. Thorne
California Institute of Technology
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Momentum flow in numerical simulations of binary black hole mergers
ORAL
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Authors
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Geoffrey Lovelace
Cornell University
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Mark Scheel
California Institute of Technology
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Ulrich Sperhake
California Institute of Technology
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Yanbei Chen
California Institute of Technology
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Drew Keppel
California Institute of Technology
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David Nichols
California Institute of Technology
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Recoil velocities from black hole mergers using perturbation theory
ORAL
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Authors
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Pranesh A. Sundararajan
Massachusetts Institute of Technology
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Gaurav Khanna
University of Massachusetts, Dartmouth, Univesity of Massachusetts Dartmouth
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Scott A. Hughes
Massachusetts Institute of Technology
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Progress in modeling of black hole binaries
ORAL
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Authors
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James van Meter
NASA/GSFC, NASA Goddard Space Flight Center
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John Baker
NASA/GSFC, NASA-Goddard Space Flight Center, NASA Goddard Space Flight Center
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William Boggs
NASA/GSFC
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Joan Centrella
NASA/GSFC
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Bernard Kelly
NASA/GSFC, NASA-Goddard Space Flight Center, NASA Goddard Space Flight Center
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Sean McWilliams
NASA/GSFC, NASA-Goddard Space Flight Center, NASA Goddard Space Flight Center
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Transient resonances in the inspirals
ORAL
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Authors
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Tanja Hinderer
California Institute of Technology, Caltech
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Eanna Flanagan
Cornell University, Cornell
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A self-force primer for numerical relativists
ORAL
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Authors
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Steven Detweiler
University of Florida
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Ian Vega
University of Florida
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