Unofficial mirror page of 17th CAPRA meeting

Unofficial mirror of 17th CAPRA slides 　

Michele Vallisneri (Jet Propulsion Laboratory)

[pdf] Detecting binaries across the gravitational-wave spectrum

Niels Warburton (University College Dublin)

[pdf] Numerical Approaches to calculating the self-force and related quantities 1

Niels Warburton (University College Dublin)

[pdf] Applying the effective-source approach to frequency-domain self-force calculations

Abhay Shah (University of Southampton)

[pdf] Numerical Approaches to calculating the self-force and related quantities 2

Jonathan Thornburg (Indiana University)

[pdf] Scalar self-force for highly eccentric orbits in Kerr spacetime

Charles R. Evans (University of North Carolina)

[pdf] High-precision (MST) solutions for eccentric orbits on Schwarzschild: Part 1

Erik R. Forseth (University of North Carolina)

[pdf] High-precision (MST) solutions for eccentric orbits on Schwarzschild: Part 2

Thomas Osburn (University of North Carolina)

[pdf] Lorenz gauge GSF code: Low frequency modes and expanding e and p ranges

Cesar Merlin (University of Southampton)

[pdf] Gravitational self-force from radiation gauge reconstructed metric perturbations

Sebastiano Bernuzzi (TPI Jena)

[pdf] Time-domain solution of gravitational perturbations of Kerr and waveforms from largemass-ratio mergers

Nathan Johnson-McDaniel (TPI Jena)

[pdf] Taming the post-Newtonian expansion: How to simplify (and understand) high-orde pN expressions for EMRIs

Eric Poisson (University of Guelph)

[pdf] Tidal deformation and dynamics of compact bodies

Eric Poisson (University of Guelph)

[pdf] Self-force on a charge outside a five-dimensional black hole

Marc Casals and Barry Wardell (Centro Brasileiro de Pesquisas Fisicas and Cornell University)

[pdf] Self-force via worldline integration of the Green function

Sam Dolan (University of Sheffield)

[pdf] Tidal and precession invariants for quasi-circular orbits

Patrick Nolan (University of College Dublin)

[pdf] Calculating New Gauge Invariant Quantities for the Self Force Problem

Chris Kavanagh (University of College Dublin)

[pdf] Scalar Greens function in Kerr spacetime: Branch cut contribution

Yi-Zen Chu (???)

[pdf] Wave tails in Minkowski and de Sitter space-times

Anna Heffernan (European Space Agency)

[pdf] Self force of accelerated motion

Adam Pound (University of Southampton)

[pdf] Second-order conservative self-force effects on circular orbits in Schwarzschild

Jordan Moxon (Cornell University)

[pdf] Higher-Order Expansions of Self-Forces For Use in Two-Timescale Analyses

Mark Scheel (Caltech)

[pdf] Status and challenges of binary black hole simulations

Alexandre Le Tiec (Observatoire de Paris)

[pdf] The laws of binary black hole mechanics

Takahiro Tanaka (Kyoto Univeristy)

[pdf] A formulation for the long-term evolution of EMRIs with linear order conservative self-force

Soichiro Isoyama (YITP)

[pdf] Gravitational self-force correction to the innermost stable circular equatorial orbits in Kerr

Alessandro Spallicci (Universite d Orleans)

[pdf] Indirect (source-free) integration method for EMRIs: waveforms from geodesic generic orbits and self-force consistent radial fall

Jhon Friedman (University of Wisconsin Milwaukee)

[pdf] Combined gravitational and electromagnetic self-force on charged particles in electrovac spacetimes, part I

Thomas Linz (University of Wisconsin Milwaukee)

[pdf] Combined gravitational and electromagnetic self-force on charged particles in electrovac spacetimes, part II

Adriana Avalos (Instituto Politecnico Nacional)

[pdf] Radiation Reaction Force of a Charged Particle in a Reissner-Nordstrom Space-time

Peter Zimmerman (University of Guelph)

[pdf] Going beyond the vacuum in self-force calculations

Ofek Birnholtz (The Hebrew University)

[pdf] How are Gravitational Waves in any dimension like a bead on a string?

Roman Sverdlov (???)

[pdf] Self force on a causal set theory

Charalampos Markakis (University of Southampton)

[pdf] A discontinuous method for time-domain gravitational self-force computation

Barry Wardell (Cornell University)

[pdf] Self-force for cosmic strings

Abraham Harte (AEI)

[pdf] The not-so-nonlinear nonlinearity of Einstein's equation

Marta Colleoni (University of Southampton)

[pdf] Overspinning a Kerr black hole: the self-force effect

Shahar Hadar (The Hebrew University)

[pdf] Gravity waves from plunges into rapidly rotating black holes

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