Self-force Calculations and their Implications for Gravitational Physics
ORAL · C12 ·
Presentations
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The effective source approach to the self-force problem
ORAL
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Authors
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Peter Diener
- Department of Physics \& Astronomy, LSU
- Louisiana State University
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Ian Vega
- University of Guelph
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Barry Wardell
- Albert-Einstein-Institute
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Gravitational self-force in a radiation gauge for a particle in circular orbit around a Kerr black hole
ORAL
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Authors
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Abhay Shah
- University of Wisconsin-Milwaukee
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Tobias Keidl
- University of Wisconsin-Washington County
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John Friedman
- University of Wisconsin-Milwaukee
- University of Wisconsin--Milwaukee
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Larry Price
- University of Wisconsin-Milwaukee
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Filling in the missing pieces in a radiation-gauge self-force calculation
ORAL
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Authors
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John Friedman
- University of Wisconsin-Milwaukee
- University of Wisconsin--Milwaukee
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Tobias Keidl
- University of Wisconsin-Washington County
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Abhay Shah
- University of Wisconsin-Milwaukee
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Gauge, Averaging, Parity, and Modesum Regularization in Gravitational Self-force
ORAL
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Authors
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Samuel Gralla
- University of Chicago
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The innermost stable circular orbit and its shifts due to conservative forces
ORAL
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Authors
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Marc Favata
- Caltech/JPL
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Waveforms from a gravitational self--force driven orbital evolution: quasi-circular Schwarzschild orbits
ORAL
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Authors
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Kristen A. Lackeos
- University of Alabama in Huntsville
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Lior M. Burko
- University of Alabama in Huntsville
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Gaurav Khanna
- University of Massacusetts Dartmouth
- University of Massachusetts Dartmouth
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Electromagnetic self-force as a cosmic censor
ORAL
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Authors
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Peter Zimmerman
- University of Guelph
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Ian Vega
- University of Guelph
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Eric Poisson
- University of Guelph
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