PyCBC: A Toolkit for Advanced-Detector Era Gravitational Wave Data Analysis

ORAL

Abstract

Gravitational wave detections are an important step into the future of astrophysics because they will be able to provide a new look at our universe, which will complement our traditional electromagnetic observations. Inspiraling compact binary systems are an important source for potential detections. As the sensitivity of ground-based interferometers is improved, searches for gravitational waves from these sources become more computationally intensive; more data-analysis tools are required to make these searches as efficient as possible. PyCBC is one such software toolkit that will provide a high-level framework for analysis, including the ability to transparently use GPU computing.

Authors

  • Andrew Miller

    • Abilene Christian University, Albert Einstein Institute
  • Duncan Brown

    • Syracuse University
  • Tito Dal Canton

    • Albert Einstein Institute
  • Badri Krishnan

    • Albert Einstein Institute
  • Alex Nitz

    • Syracuse University
  • Josh Willis

    • Abilene Christian University, Albert Einstein Institute