Cook, Greg - Department of Physics, Wake Forest University

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Cook, Greg - Department of Physics, Wake Forest University

Course Outline: Physics 392/692, Spring 2011 Professor: Greg Cook Office: 304 Olin
Toward Astrophysical Black-Hole Binaries Gregory B. Cook
Toward Astrophysical Black-Hole Binaries Gregory B. Cook
Toward Astrophysical Black-Hole Binaries Gregory B. Cook
Generating Binary Black Hole Initial Data Gregory B. Cook
Generating Initial Data for Interacting Compact Binaries Gregory B. Cook
Status of Initial Data for Binary Black Hole Collisions
Approximate Killing Vectors and Black-Hole Diagnostics
Approximate Killing Vectors for Computing Spin in Black-Hole
Acta Numerica (1999), pp. 144 Numerical Relativity: Challenges for
Computing Initial Data I: Formalisms and History Gregory B. Cook
Black-Hole Binaries in Quasi-Equilibrium Gregory B. Cook
Circular Orbits and Spin in Black-Hole Initial Data
Einstein, Black Holes Gravitational Waves
Computing Initial Data I: Formalisms and History Gregory B. Cook
Black-Hole Binaries in Quasi-Equilibrium Gregory B. Cook
Initial Data for Black-Hole Binaries Gregory B. Cook
Generating Binary Black Hole Initial Data Gregory B. Cook
Black-Hole Binary Initial Data Gregory B. Cook
Initial Data for the Two-Body Problem of General Relativity
Initial Data for the Two-Body Problem of General Relativity
Black-Hole Binary Initial Data Gregory B. Cook
The Use of PN Diagnostics in Evaluating Initial-Data Sets
Black-Hole Binary Initial Data: Getting the Spin Right
Circular Orbits and Spin in Black-Hole Initial Data
Inspiral, Merger and Ring-Down of Equal-Mass Black-Hole Binaries
Getting The Spin Right In Black-Hole Binaries
Generating Initial Data for Interacting Compact Binaries Gregory B. Cook
Toward Astrophysical Black-Hole Binaries Gregory B. Cook
Initial Data for Black-Hole Binaries Gregory B. Cook
Course Outline: Physics 109, Fall 2009 Instructor: Greg Cook Office: 304 Olin
Black-Hole Binary Initial Data: Getting the Spin Right