Numerical Relativity Solutions for Black Hole Binaries
ORAL · K3 ·
Presentations
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Visualization of a Numerical Simulation of GW 150914
ORAL
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Authors
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Nicole Rosato
- Rochester Institute of Technology
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James Healy
- Rochester Inst of Tech
- Rochester Institute of Technology
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Carlos Lousto
- Rochester Institute of Technology
- Rochester Inst of Tech
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Surrogate models of gravitational waveforms from numerical relativity simulations of precessing binary black hole mergers
ORAL
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Authors
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Jonathan Blackman
- Caltech
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Scott Field
- Cornell
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Chad Galley
- Caltech
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Daniel Hemberger
- Caltech
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Mark Scheel
- Caltech
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Patricia Schmidt
- Caltech
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Rory Smith
- Caltech
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New Initial Data with Trumpet Time Slices for Highly Boosted Black Holes
ORAL
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Authors
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Kyle Slinker
- Univ of NC - Chapel Hill
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Charles Evans
- Univ of NC - Chapel Hill
- University of North Carolina-Chapel Hill
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Mark Hannam
- Cardiff University
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Computing Binary Black Hole Initial Data in Damped Harmonic Gauge
ORAL
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Authors
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Vijay Varma
- Caltech
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Mark Scheel
- Caltech
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Puncture-Based Evolutions of Highly Spinning Black-Hole Binaries
ORAL
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Authors
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Yosef Zlochower
- Rochester Inst of Tech
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Carlos Lousto
- Rochester Institute of Technology
- Rochester Inst of Tech
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James Healy
- Rochester Inst of Tech
- Rochester Institute of Technology
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Ian Ruchlin
- West Virginia University
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Numerical Relativity and the Bondi-Metzner-Sachs Group
ORAL
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Authors
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Jeffrey Winicour
- University of Pittsburgh
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Black hole mergers: beyond general relativity
ORAL
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Authors
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Leo Stein
- Caltech
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Maria Okounkova
- Caltech
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Binary compact object mergers in Einstein-Maxwell-Dilaton theories
ORAL
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Authors
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Eric Hirschmann
- Brigham Young University
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Luis Lehner
- Perimeter Institute
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Steve Liebling
- Long Island University
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Carlos Palenzuela
- Universitat de les Illes Balears
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