Bayesian analysis of a smooth hadron-quark crossover EOS finds current observations tightly constrain the density dependence of nuclear symmetry energy while leaving highest-density hadronic and quark-matter parameters only weakly constrained.
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Chiral confining RMF model applied for the first time to finite nuclei reproduces binding energies and charge radii for medium and heavy nuclei after Bayesian calibration, with discrepancies in light nuclei tied to the rigid chiral potential.
DC and Hall conductivities plus pair-production regimes are calculated in a top-down holographic M-QGP model that includes an external magnetic field and quartic curvature corrections.
The single Λ hyperon quasiparticle in nuclear matter at saturation density has energy -29.55 MeV at zero momentum, residue 0.98, and effective mass ratio 0.747.
GLS-updated fission yield covariances reduce decay heat uncertainty from ~4% (yield-dominated) to lower values where decay energy uncertainties dominate, with library-specific values of 5-10% at 0.1 s and ~1% at 10^5 s.
An analytic hydrodynamic model with QGP and hadronic photon sources reproduces measured non-prompt direct photon spectra in 200 GeV Au+Au collisions and extracts centrality-dependent initial temperatures.
A unified phenomenological study computes the B_c meson spectrum in a screened potential model and applies the results in QCD sum rules for weak decays after updating heavy-quark masses and refitting normalization.
An overview of the contact interaction model shows it describes the mass spectrum and form factors of forty mesons and their diquark partners with comparisons to lattice QCD and other approaches.
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Charge Transport in Magnetized Holographic $\mathcal{M}$-QGP
DC and Hall conductivities plus pair-production regimes are calculated in a top-down holographic M-QGP model that includes an external magnetic field and quartic curvature corrections.