Gravitational Waveforms from Inspiralling Binaries

Presentations

• Evolution of the Carter constant for inspirals into a black hole: effects of the quadrupole and quadratic in spin

  ORAL

  April 15, 2007, 3:15 PM – April 15, 2007, 3:27 PM

  Authors

  • Tanja Hinderer

    Cornell University

  • Eanna Flanagan

    Cornell University

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• Gravitational radiation reaction for inspiralling binaries - spin-spin effects to 3.5 post-Newtonian order

  ORAL

  April 15, 2007, 3:27 PM – April 15, 2007, 3:39 PM

  Authors

  • Han Wang

    Washington University in St.Louis

  • Clifford Will

    Washington University in St. Louis, Washington University in St.Louis, Washington University at St. Louis

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• Spin-orbit Gravitational Radiation Reaction for Two-body Systems

  ORAL

  April 15, 2007, 3:39 PM – April 15, 2007, 3:51 PM

  Authors

  • Jing Zeng

    Washington University in St. Louis

  • Clifford Will

    Washington University in St. Louis, Washington University in St.Louis, Washington University at St. Louis

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• Mapping spacetime geometry with gravitational wave observatories

  ORAL

  April 15, 2007, 3:51 PM – April 15, 2007, 4:03 PM

  Authors

  • Chao Li

    Caltech

  • Geoffrey Lovelace

    Caltech, California Institute of Technology

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• Approximate methods for building extreme mass ratio inspiral waveforms

  ORAL

  April 15, 2007, 4:03 PM – April 15, 2007, 4:15 PM

  Authors

  • Scott Hughes

    Massachusetts Institute of Technology

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• Accurate time--domain gravitational waveforms for extreme-mass-ratio binaries

  ORAL

  April 15, 2007, 4:15 PM – April 15, 2007, 4:27 PM

  Authors

  • Gaurav Khanna

    University of Massachusetts at Dartmouth

  • Lior M. Burko

    University of Alabama in Huntsville

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• Gravitational waves from extreme mass ratio inspirals: A numerical model for the singular source term in the time domain

  ORAL

  April 15, 2007, 4:27 PM – April 15, 2007, 4:39 PM

  Authors

  • Pranesh Adhyam Sundararajan

    MIT

  • Gaurav Khanna

    University of Massachusetts, Dartmouth

  View abstract →