University of Washington / University of New Hampshire / /
IndustryTerm
energy levels / energy-level splittings / low-energy theory / energy cosmic rays / primitive numerical tool / energy-eigenvalues / low-energy action / high energy primary cosmic photons / rotational-symmetry breaking operator / raw computing power / energy shift / exascale computing resources / high-energy / computing / low-energy / energy splittings / energy surface / energy-momentum relation / low-energy processes / present technology / low-energy effective field theory / energy shifts / low-energy description / lattice gauge theory technology / energy / /
Organization
University of Washington / Institute for Nuclear Theory / Helmholtz-Institut für Strahlen / University of New Hampshire / Universität Bonn / Department of Physics / /
NT@UW[removed]INT-PUB[removed]Constraints on the Universe as a Numerical Simulation Silas R. Beane,1, 2, ∗ Zohreh Davoudi,3, † and Martin J. Savage3, ‡ 1