How these numbers were read
Where each number below was read, and how it was checked.
-0.4871(1), VMC (PP)
Checked 2026-10-15 · published PDF Phys. Rev. X 11, 041021 (2021) (open access), sources/journal/prx11-041021.pdf, sha256 e65c26b3, pypdf layout (ð1Þ = (1) in the font); arXiv:2101.08787v2 compared (qmbl/sources/2101.08787.txt Table II identical)
Reported as. -0.4871(1) per site (S.S, J = 1)
H = j1 sum h_lambda(i,j) + j2 sum ..., h_lambda = lambda/2 (S+S- + S-S+) + SzSz (Eqs. 1-2), Heisenberg point lambda = 1, j2 = 0; Table II: 'The ground-state energy per site is listed in the first line of every cell'; 'We consider pyrochlore clusters with periodic boundary conditions'. Geometry 4 x L^3 = 4L^3 sites. Stored Pauli total = 4 x N x E/N. Own computation (mVMC / NQS CNN columns). The paper prints no energy variance: the stored energy_variance is the VarBench upload's only. Published 29 October 2021, peer reviewed. Lies below the DMRG column -0.4851 [38] of the same row; lowest stored energy on the instance (record). Journal = arXiv v2. No duplicate.
-0.4826(2), VMC (CNN)
Checked 2026-10-15 · published PDF Phys. Rev. X 11, 041021 (2021) (open access), sources/journal/prx11-041021.pdf, sha256 e65c26b3, pypdf layout (ð1Þ = (1) in the font); arXiv:2101.08787v2 compared (qmbl/sources/2101.08787.txt Table II identical)
Reported as. -0.4826(2) per site (S.S, J = 1)
H = j1 sum h_lambda(i,j) + j2 sum ..., h_lambda = lambda/2 (S+S- + S-S+) + SzSz (Eqs. 1-2), Heisenberg point lambda = 1, j2 = 0; Table II: 'The ground-state energy per site is listed in the first line of every cell'; 'We consider pyrochlore clusters with periodic boundary conditions'. Geometry 4 x L^3 = 4L^3 sites. Stored Pauli total = 4 x N x E/N. Own computation (mVMC / NQS CNN columns). The paper prints no energy variance: the stored energy_variance is the VarBench upload's only. Published 29 October 2021, peer reviewed. No duplicate.