Unofficial mirrors page of 6th CAPRA meetings

Unofficial mirror of 6th CAPRA slides 　

Djouadi Abdelhak (Universite de Paris Sud)

[pdf] The Higgs mechanism and the origin of mass

Noui Karim (Universite de Tours)

[pdf] Motion in quantum gravity

Spallicci Alessandro (Universite d’Orleans)

[pdf] Free fall (from Aristoteles via Zerilli up to now)

Jaekel Marc-Thierry (Ecole Normale Superieure Paris)

[pdf] Vacuum, inertia, gravity

Esposito-Farese Gilles (Institut d’Astrophysique Paris)

[pdf] Alternative gravity theories: motion

Jennrich Oliver (European Space Research & Technology Centre)

[pdf] LISA and capture sources: ESA view

Davis Richard (Bureau International des Poids et Mesures Paris)

[pdf] Mass metrology and the International System of Units

Luc Blanchet (Institut d’Astrophysique de Paris)

[pdf] The two body problem in general relativity

[pdf] Post-Newtonian equations of motion and waveforms of compact binaries

Gerhard Schaefer (Friedrich Schiller Universitat)

[pdf] Post-Newtonian methods

Alessandro Nagar (IHES)

[pdf] Effective-One-Body approach to the general relativistic 2-body dynamics

[pdf] Binary BH coalescence in the small mass ratio limit

Jose Jaramillo (Instituto de Astrofisica de Andalucia)

[pdf] Mass (and Angular Momentum) in General Relativity

Dmitri Galtsov (Moscow State University)

[pdf] Radiation reaction and energy-momentum conservation

[pdf] Gravitational radiation reaction in non-vacuum space-time

Maurice van Putten (MIT?)

[pdf] Transient Phenomena around Rotating Black Holes

Robert Wald (University of Chicago)

[pdf] Introduction to Self-Force

[pdf] A Rigorous Derivation of Gravitational Self-Force I.

Eric Poisson (University of Guelph)

[pdf] Constructing the self-force

[pdf] Self-force and wave generation

Steven Detweiler (University of Florida)

[pdf] Investigating consequences of the self-force 1

[pdf] Investigating consequences of the self-force 2

Leor Barack (University of Southampton)

[pdf] Mode-sum methods: calculation of the gravitational self-force for orbits around black holes

Bernerd Whiting (University of Florida)

[pdf] Mathematical issues, post-Newtonian comparison, rotating spacetime "features"

[pdf] Where are we going with post-Newtonian comparison

Lior Burko (University of Alabama)

[pdf] Capra 2007: Where were we?

[pdf] Gravitational self-force calculations in the time domain in 2+1D: progress report

Claus Laemmerzahl (University of Bremen)

[pdf] Tests of basic laws of gravity

Samuel Gralla (University of Chicago)

[pdf] A Rigorous Derivation of Gravitational Self-Force II.

Larry Price (University of Wisconsin)

[pdf] Finding fields and self force in a gauge appropriate to separable wave equations

Ian Vega (University of Florida)

[pdf] Field regularization and smeared-out sources for self-force calculations

Norichika Sago (University of Southampton)

[pdf] Gravitational self-force on a point particle around a Schwarzschild black hole

Kouji Nakamura (NAOJ, Japan)

[pdf] Second Second-order gauge gauge-invariant perturbation theory and its applications

Alexander Burinskii (???)

[pdf] Consequences of Analyticity of the Kerr-Schild Geometry from Black Holes to Spinning Particles

Jonathan Thornburg (University of Southampton)

[pdf] Adaptive Mesh Refinement for Self-Force Calculations

Marc Casals and Barry Wardell (University college Dublin)

[pdf] Matched Expansion Method for the Calculation of the Self-Force

Chad Galley (University of Maryland)

[pdf] Effective field theory of extreme mass ratio inspirals

Adam Pound (University of Guelph)

[pdf] Proposal for a Self-Consistent Wave-Generation Formalism

Abraham Harte (University of Chicago)

[pdf] Self Self-forces from generalized Killing fields

Atsushi Higuchi (University of York)

[pdf] Lorentz-Dirac force from quantum electrodynamics

Roland Hass (University of Guelph)

[pdf] Electromagnetic self-force for eccentric orbits in Schwarzschild spacetime

Ryuichi Fujita (Raman Research Institute)

[pdf] Templates of generic extreme mass ratio inspirals in the frequency domain

Achamveedu Gopakumar (TPI, Jena)

[pdf] Semi-analytic puncture evolution and TaylorEt approximants for EMRIs/IMRIs

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