'Numerical relativity' presentation slideshows

Testing GR with Inspirals

Testing GR with Inspirals. B.S. Sathyaprakash, Cardiff University, UK based on work with Arun, Iyer, Qusailah, Jones, Turner, Broeck, Sengupta. Gravitational-wave spectrum What might be observed from ground and space Gravitational-wave observables

516 views • 45 slides

Testing GR with Ground-Based GW Detectors

Testing GR with Ground-Based GW Detectors. B.S. Sathyaprakash, Cardiff University, UK (based on a Living Reviews article with Schutz) at University of Birmingham, March 30-31, 2006. Gravitational-wave spectrum What might be observed from ground Gravitational-wave observables

424 views • 42 slides

323 views • 32 slides

Gravitational Waveforms from Coalescing Binary Black Holes

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Cactus For Relativistic Collaborations

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Metacomputing Within the Cactus Framework

Metacomputing Within the Cactus Framework. Gabrielle Allen, Thomas Radke, Ed Seidel. Albert-Einstein-Institut MPI-Gravitationsphysik. What and why is Cactus? What has Cactus got to do with Globus?. Cactus 4.0. Why Cactus?.

307 views • 18 slides

Outline of the Lectures

Outline of the Lectures. Lecture 1: The Einstein Equivalence Principle Lecture 2: Post-Newtonian Limit of GR Lecture 3: The Parametrized Post-Newtonian Framework Lecture 4: Tests of the PPN Parameters. Outline of the Lectures. Lecture 1: The Einstein Equivalence Principle

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Applying Numerical Relativity and EOB to Black Hole Binary Observation

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Source working groups

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Outline

Black hole binary mergers: recent developments in numerical relativity First-term presentation By Nikos Fanidakis Supervisors: Carlton Baugh, Shaun Cole, Carlos Frenk 13/12/2007. Outline. Brief introduction to gravitational waves Black hole (BH) binary mergers in numerical relativity

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Objective of numerical relativity is to develop simulation code and relating

66 views • 6 slides