Numerical Relativity: Matter Effects
ORAL · APR-S17 · ID: 3100145
Presentations
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Boson Star-Black Hole mergers: Exploring the parameter space using Numerical Relativity
ORAL
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Presenters
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Amlan Nanda
Washington State University
Authors
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Amlan Nanda
Washington State University
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Matthew D Duez
Washington State University
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Luisa T Buchman
Washington State University
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Exploring pathways to forming twin stars
ORAL
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Publication: DOI: https://doi.org/10.1103/PhysRevD.110.044037
Presenters
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Mahdi Naseri
University of Arizona
Authors
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Mahdi Naseri
University of Arizona
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Gabriele Bozzola
University of Arizona
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Vasileios Paschalidis
University of Arizona
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Abstract Withdrawn
ORAL Withdrawn
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Eccentric Binary Black Holes: Simulations in Full GR and MHD Reveal Novel Periodicities in Accretion, Jet Luminosity, and Synchrotron Spectra
ORAL
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Presenters
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Vikram Manikantan
University of Arizona
Authors
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Vikram Manikantan
University of Arizona
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Vasileios Paschalidis
University of Arizona
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Gabriele Bozzola
University of Arizona
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Accretion Disk Simulations using SpECTRE
ORAL
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Presenters
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Jooheon Yoo
Cornell University
Authors
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Jooheon Yoo
Cornell University
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Nils Deppe
Cornell University
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Lawrence E Kidder
Cornell University
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Saul A Teukolsky
Cornell University
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William T Throwe
Cornell University
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Post-merger Simulations of Neutron Star Systems with Improved Axisymmetryic Hydrodynamics
ORAL
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Presenters
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Pavan Chawhan
Washington State University
Authors
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Pavan Chawhan
Washington State University
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Nishad Muhammed
Washington State University
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Matthew D Duez
Washington State University
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Modeling neutrino effects on multimessenger GW sources in numerical relativity simulations
ORAL
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Presenters
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Erik Keoni Wessel
University of Arizona
Authors
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Erik Keoni Wessel
University of Arizona
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Vasileios Paschalidis
University of Arizona
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Simulating Direct-Collapse Black Holes: Gravitational Waveform Predictions for LISA
ORAL
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Presenters
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Leonardo Werneck
University of Idaho
Authors
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Leonardo Werneck
University of Idaho
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Bernard J Kelly
University of Maryland Baltimore County
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Sarah Gossan
Hofstra University
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Zach B Etienne
University of Idaho, U Idaho
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John G Baker
NASA Goddard Space Flight Center
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John Wise
Georgia Institute of Technology
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Aláine Lee
NASA Goddard Space Flight Center
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Dominique Powell
Hofstra University
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Jackson Thomas
Hofstra University
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Thiago Assumpcao
West Virginia University
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A comparison of gravitational wave computation methods in core collapse supernovae with hadron-quark phase transitions
ORAL
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Presenters
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Nicholas James Corso
Cornell University
Authors
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Nicholas James Corso
Cornell University
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Nils Deppe
Cornell University
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Michael A Pajkos
Caltech
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Lawrence E Kidder
Cornell University
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Saul A Teukolsky
Cornell University
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