Exascale Algorithms and Software for Lattice Field Theory in High Energy Physics: Searching Beyond the Standard Model | Zendy

P. B. Mackenzie | Zendy; Richared Brower | Zendy; C. Rebbi | Zendy; Michael Creutz | Zendy; Norman H. Christ | Zendy; Steven Gottlieb | Zendy; John Negele | Zendy; David Richards | Zendy; William A. Watson | Zendy; D. Toussaint | Zendy; R. Sugar | Zendy; C. De Tar | Zendy; Stephen R. Sharpe | Zendy

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Exascale Algorithms and Software for Lattice Field Theory in High Energy Physics: Searching Beyond the Standard Model

Author(s) -

P. B. Mackenzie,

Richared Brower,

C. Rebbi,

Michael Creutz,

Norman H. Christ,

Steven Gottlieb,

John Negele,

David Richards,

William A. Watson,

D. Toussaint,

R. Sugar,

C. De Tar,

Stephen R. Sharpe

Publication year - 2020

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/1605003

Subject(s) - multigrid method , lattice qcd , computer science , computation , computational science , exascale computing , software , solver , lattice (music) , propagator , parallel computing , scalability , algorithm , supercomputer , computer engineering , theoretical computer science , quantum chromodynamics , physics , particle physics , quantum mechanics , programming language , acoustics , partial differential equation , database

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