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WashU_Daylan

Principal Investigator

Tansu Daylan

Organization

Washington University in St. Louis

Field of Science

Astronomy

Description

ince the data from Kepler, compact multiplanetary systems have been known as a common stellar system architecture. These systems often exhibit a "peas-in-a-pod" type architecture with planets evenly spaced in period and roughly the same time. Some systems, however, have a dynamical gap disrupting the otherwise regular pattern of planet placement. We hypothesize these gaps could be caused by undetected binary planets and will be performing N-body rebound simulations to determine whether such planets are dynamically stable.

1,558,448

Jobs Ran

134,880

CPU Core Hours

55

Contributing Institutions

1,588,939

OSDF Objects Transferred

439 TB

OSDF Bytes Transferred

Contributing Institutions

Jobs by Institution
  • University of Chicago — 268,342 (17.2%)
  • University of Wisconsin–Madison — 255,001 (16.4%)
  • Purdue University West Lafayette — 161,677 (10.4%)
  • Kansas State University — 129,234 (8.3%)
  • University of Nebraska System — 82,413 (5.3%)
  • University of Michigan — 52,862 (3.4%)
  • University of Wisconsin–Milwaukee — 50,331 (3.2%)
  • Indiana University — 40,538 (2.6%)
  • University of Wisconsin–La Crosse — 40,131 (2.6%)
  • University of Arkansas at Little Rock — 39,608 (2.5%)
  • University of Illinois Urbana-Champaign — 39,095 (2.5%)
  • Pennsylvania State University — 38,703 (2.5%)
  • Portland State University — 33,045 (2.1%)
  • Clemson University — 32,699 (2.1%)
  • Montana State University — 31,376 (2.0%)
  • Other — 263,393 (16.9%)
Map of Contributing Institutions