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OSPool Project

MIT_Chuang

Principal Investigator

Isaac Chuang

Organization

Massachusetts Institute of Technology

Field of Science

Physics

Description

We aim to perform large-scale simulations of error-correcting codes for quantum computation. In particular, we wish to test post-selection strategies for high-rate quantum codes (those that very efficiently pack in a large amount of error-corrected qubits into a relatively small number of physical qubits) which will allow us to improve the error rate by orders of magnitude by only rejecting a small fraction of the shots. Our work is highly suitable for high throughput computing because we need to take billions of shots of the simulation, each of which is very cheap; it is not a problem if our jobs are cancelled.

21,303,085

Jobs Ran

6,231,602

CPU Core Hours

89

Contributing Institutions

44,858,086

OSDF Objects Transferred

5 PB

OSDF Bytes Transferred

Contributing Institutions

Jobs by Institution
  • University of Wisconsin–Madison — 2,905,349 (13.6%)
  • University of Chicago — 1,994,655 (9.4%)
  • University of Utah — 1,934,800 (9.1%)
  • Clemson University — 1,475,183 (6.9%)
  • Kansas State University — 1,193,687 (5.6%)
  • Indiana University — 946,681 (4.4%)
  • Purdue University West Lafayette — 904,698 (4.2%)
  • Montana State University — 818,113 (3.8%)
  • Lehigh University — 718,113 (3.4%)
  • University of Illinois Urbana-Champaign — 712,409 (3.3%)
  • University of Missouri — 673,310 (3.2%)
  • University of California, Merced — 518,291 (2.4%)
  • University of Nebraska System — 476,623 (2.2%)
  • Pennsylvania State University — 474,279 (2.2%)
  • Portland State University — 434,471 (2.0%)
  • Other — 5,122,423 (24.0%)
Map of Contributing Institutions