Paper Title:
From chiral EFT to perturbative QCD: a Bayesian model mixing approach to symmetric nuclear matter
Published on:
9 April 2024
Primary Category:
Nuclear Theory
Paper Authors:
A. C. Semposki,
C. Drischler,
R. J. Furnstahl,
J. A. Melendez,
D. R. Phillips
Combines chiral EFT and pQCD equations of state
Uses Bayesian model mixing procedures
Produces smooth transition from nuclear to quark matter
Choice of prior affects intermediate region
Discusses extensions incorporating constraints
Bridging nuclear and quark matter equations of state
This paper argues Bayesian methods can combine chiral effective field theory and perturbative QCD predictions to produce a smooth equation of state spanning nuclear to quark matter densities. Without intermediate data, the prior significantly affects the intermediate region. Extensions guided by constraints are discussed.
Nuclear matter interactions from microscopic models
Light quark dependence of nucleon electromagnetic form factors
Bulk viscosity estimate for strongly coupled quark matter
Nucleon to Delta axial and pseudoscalar transition strengths
Lattice QCD calculations reveal nucleon mass dependence on light quark masses
Finite volume effects in meson-baryon scattering
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