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OSPool Project

UW_Reddy

Principal Investigator

Sanjay Reddy

Organization

University of Washington

Field of Science

Nuclear Physics

Description

Parameter estimation studies of simulated gravitational wave observations of low mass compact binary coalescences, utilizing nuclear-physics-informed-priors on neutron star properties. We investigate how dark matter influences the neutron star equation of state and, by extension, the observable gravitational-wave signatures from binary neutron stars. This work falls under the objectives of N3AS (Network for Neutrinos, Nuclear Astrophysics and Symmetries), an NSF Physics Frontier Center. https://n3as.berkeley.edu/

780

Jobs Ran

10,354

CPU Core Hours

45

Contributing Institutions

1,330

OSDF Objects Transferred

2 TB

OSDF Bytes Transferred

Contributing Institutions

Jobs by Institution
  • University of Wisconsin–Milwaukee — 67 (8.6%)
  • University of Wisconsin–Madison — 65 (8.3%)
  • University of Utah — 62 (7.9%)
  • Clemson University — 62 (7.9%)
  • University of Chicago — 57 (7.3%)
  • University of Missouri — 55 (7.1%)
  • University of Connecticut — 50 (6.4%)
  • Pennsylvania State University — 46 (5.9%)
  • Montana State University — 35 (4.5%)
  • University of Michigan — 25 (3.2%)
  • Kansas State University — 17 (2.2%)
  • Lafayette College — 16 (2.1%)
  • Franklin & Marshall College — 16 (2.1%)
  • Florida State University — 16 (2.1%)
  • University of Illinois Urbana-Champaign — 14 (1.8%)
  • Other — 177 (22.7%)
Map of Contributing Institutions