'Metric perturbation' diaporamas de présentation

Metric perturbation - PowerPoint PPT Presentation

Yasushi Mino ( ? ??) Center for Gravitational Wave Astronomy University of Texas at Brownsville

Yasushi Mino ( ? ??) Center for Gravitational Wave Astronomy University of Texas at Brownsville

Workshop on EFT Techniques in Grav. Wave Physics, Carnegie Mellon University, July 23-25, 2007 Recent issues of the self-force problem. Index 1: Introduction: LISA project 2: Self-force calculation 3: Radiation Reaction Formula 4: Gauge Problem 5: Adiabatic Expansion 6: Conclusion.

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434 views • 32 slides
Shear viscosity of a highly excited string and black hole membrane paradigm

Shear viscosity of a highly excited string and black hole membrane paradigm

Shear viscosity of a highly excited string and black hole membrane paradigm. Yuya Sasai Helsinki Institute of Physics and Department of Physics University of Helsinki in collaboration with A. Zahabi. Based on arXiv:1010.5380 Accepted by PRD. RIKEN symposium 2010 18 December 2010.

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406 views • 28 slides
Gravitational Self-force on a Particle in the Schwarzschild background

Gravitational Self-force on a Particle in the Schwarzschild background

Gravitational Self-force on a Particle in the Schwarzschild background. Hiroyuki Nakano (Osaka City) Norichika Sago (Osaka) Wataru Hikida (Kyoto, YITP) Misao Sasaki (Kyoto, YITP). 1. Introduction. Laser Interferometer Space Antenna (LISA) One of the most promising wave source

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341 views • 25 slides
Second Order Gravitational Self-Force

Second Order Gravitational Self-Force

Second Order Gravitational Self-Force. Samuel Gralla University of Maryland. Capra 2012, UMD. Motion of Small Bodies. Consider a body that is small compared to the scale of variation of the external universe. Imagine expanding in the size/mass M of the body.

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331 views • 22 slides
Yasushi Mino ( ? ?? ) WUGRAV, Washington University at St. Louis E-mail : mino@wugrav.wustl

Yasushi Mino ( ? ?? ) WUGRAV, Washington University at St. Louis E-mail : mino@wugrav.wustl

Capra 5 at PennState, May 31, 2002 Gravitational Self-force Problem in the mode decomposition approach. Index 1: Introduction 2: Subtraction Procedure 3: Gauge Problem 4: Summary and Problems in a Kerr. Yasushi Mino ( ? ?? ) WUGRAV, Washington University at St. Louis

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306 views • 17 slides
Evolutionary effects in one-bubble open inflation for string landscape

Evolutionary effects in one-bubble open inflation for string landscape

Evolutionary effects in one-bubble open inflation for string landscape. Daisuke YAMAUCHI. Yukawa Institute for Theoretical Physics, Kyoto University . Collaborators :: A. Linde (Stanford), M. Sasaki, T. Tanaka, A. Naruko (YITP). MG12@Paris, SQG1. Spatially quite flat universe.

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302 views • 16 slides

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