Gravitational Waveforms and Perturbation Theory
ORAL · R13 ·
Presentations
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Secular gravitational-wave phasing to 3PN order for low-eccentricity inspiraling binaries
ORAL
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Authors
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Blake Moore
- Montclair State University
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Marc Favata
- Montclair State University
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K. G. Arun
- Chennai Mathematical Institute
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Chandra Mishra
- International Centre for Theoretical Sciences
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Eccentric Post-Newtonian Bursts
ORAL
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Authors
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Nicholas Loutrel
- Montana State University
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Nicolas Yunes
- Montana State Univ
- Montana State University
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Frans Pretorius
- Princeton University
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Spin effects in the nonlinear gravitational-wave memory from inspiralling binaries
ORAL
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Authors
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Marc Favata
- Montclair State University
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Xinyi Guo
- Harvard University
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Nonlinear gravitational-wave memory from merging binary black holes
ORAL
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Authors
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Goran Dojcinoski
- Montclair State Univ
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Marc Favata
- Montclair State Univ
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Effective potentials and morphological transitions for binary black-hole spin precession
ORAL
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Authors
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Michael Kesden
- University of Texas at Dallas
- Rochester Institute of Technology
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Davide Gerosa
- University of Cambridge
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Richard O'Shaughnessy
- Rochester Institute of Technology
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Emanuele Berti
- University of Mississippi
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Ulrich Sperhake
- University of Cambridge
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Higher order spin effects in inspiralling compact objects binaries
ORAL
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Authors
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Sylvain Marsat
- University of Maryland / NASA GSFC
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Tidal invariants for compact binaries on quasi-circular orbits
ORAL
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Authors
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Niels Warburton
- Massachusetts Institute of Technology
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Sam Dolan
- University Of Sheffield
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Patrick Nolan
- University College Dublin
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Adrian Ottewill
- University College Dublin
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Barry Wardell
- Cornell University
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Computing the dissipative part of the gravitational self force: I. Formalism
ORAL
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Authors
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Eanna Flanagan
- Cornell Univ
- Cornell University
- Cornell University, Physics Department
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Tanja Hinderer
- Albert Einstein Institute
- Albert Einstein Insitute, Golm, Germany
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Scott A. Hughes
- Massachusetts Institute of Technology
- MIT
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Uchupol Ruangsri
- Massachusetts Institute of Technology
- MIT
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Computing the dissipative part of the gravitational self force: II. Numerical implementation and preliminary results
ORAL
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Authors
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Scott A. Hughes
- Massachusetts Institute of Technology
- MIT
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Eanna Flanagan
- Cornell Univ
- Cornell University
- Cornell University, Physics Department
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Tanja Hinderer
- Albert Einstein Institute
- Albert Einstein Insitute, Golm, Germany
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Uchupol Ruangsri
- Massachusetts Institute of Technology
- MIT
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