(2) with parameters θ = {N, ω+, ω−} (since the normali- sation of the histogram changes with the number of bins and data cut, the normalisation α is also determined in the fit)

Each empirical distribution EB,t(x) is fit by minimising the L1-norm (total variation)2 LB,t(θ, α) = X i |EB,t(xi) − α MB,t(xi, θ)|, (8) where MB,t(x, θ) ≡ P (x, ω+, ω−, N) is th

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Empirical investigation of nuclear correlation function distributions in lattice QCD

hep-lat · 2025-08-28 · conditional · novelty 6.0

The distribution of lattice QCD nuclear correlation function samples is well described by O(N) model distributions with fitted N approximately 2/B at large time separations.

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Empirical investigation of nuclear correlation function distributions in lattice QCD hep-lat · 2025-08-28 · conditional · none · ref 2
The distribution of lattice QCD nuclear correlation function samples is well described by O(N) model distributions with fitted N approximately 2/B at large time separations.

(2) with parameters θ = {N, ω+, ω−} (since the normali- sation of the histogram changes with the number of bins and data cut, the normalisation α is also determined in the fit)

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