The coherent superposition of states, in combination with the quantization of observables,
represents one of the most fundamental features that mark the departure of quantum …

There has been much activity in the measurement of the elastic electromagnetic proton and
neutron form factors in the last decade, and the quality of the data has been greatly …

We present a lattice-QCD-based determination of the chiral phase transition temperature in
QCD with two degenerate, massless quarks and a physical strange quark mass using lattice …

Among the most fundamental observables of nucleon structure, electromagnetic form factors
are a crucial benchmark for modern calculations describing the strong interaction dynamics …

A bstract We present a new analysis method that allows one to understand and model
excited state contributions in observables that are dominated by a pion pole. We apply this …

Studies of the structure of excited baryons are key factors to the N* program at Jefferson Lab
(JLab). Within the first year of data taking with the Hall B CLAS12 detector following the 12 …

Precise measurements of the proton electromagnetic form factor ratio R= μ p GE p/GM p
using the polarization transfer method at Jefferson Lab have revolutionized the …

Dispersion relations provide a powerful tool to analyze the electromagnetic form factors of
the nucleon for all momentum transfers. Constraints from meson-nucleon scattering data …

Recent experimental and theoretical advancements have led to significant progress in our
understanding of the electromagnetic structure of nucleons (N), nucleon excitations (N∗) …

Background: Interest in the behavior of nucleon electromagnetic form factors at large
momentum transfers has steadily increased since the discovery, using polarization …