First principle calculation of the QCD spectral functions (SPFs) based on the lattice QCD
simulations is reviewed. Special emphasis is placed on the Bayesian inference theory and …

QCD spectral functions of hadrons in the pseudoscalar and vector channels are extracted
from lattice Monte Carlo data of the imaginary time Green's functions. The maximum entropy …

Hybrid mesons, made from a quark, an antiquark and gluons, can have quantum numbers
inaccessible to conventional quark-antiquark states. Confirmation of such states would give …

After a brief summary of the QCD phase structure with light quarks, we discuss two recent
developments on in-medium hadrons. First topic is the σ-meson which is a fluctuation of the …

Using the maximum entropy method, spectral functions of the pseudo-scalar and vector
mesons are extracted from lattice Monte Carlo data of the imaginary time Green's functions …

We use Bayes' probability theorem to analyze many-pole fits of hadron propagators. An
alternative method of estimating values and uncertainties of the fit parameters is offered …

QCD spectral functions of hadrons in the pseudo-scalar and vector channels are extracted
from lattice Monte Carlo data of the imaginary time Green's functions. The maximum entropy …

The idea of the in-medium hadrons has emerged in 80's. In 1982, Pisarski discussed hadron
modifications at finite temperature using phenomenological models and pointed out a …

Using the maximum entropy method, spectral functions of the vector mesons are extracted
from lattice Monte Carlo data of the zero-temperature imaginary time Green's functions. The …

QCD spectral functions of hadrons in the pseudo-scalar and vector channels are extracted
from lattice Monte Carlo data of the imaginary time Green's functions. The maximum entropy …