Niccolai et al. Respond

The JLAB 3D program at 12 GeV (TMDs + GPDs)

“…The observables most sentitive to E are the Transverse Target-Spin Asymmetry for the proton and the longitudinal Beam-Spin Asymmetry for the neutron. The measurements of these two observables have been proposed in Hall B in [16,17]. The extraction of E both on a proton and neutron target will allow to perform a flavor separation, eventually leading to the extraction of E for individual quark flavors.…”

“…JLab already approved several proposals by Hall EPJ Web of Conferences Figure 3. Impact of the measurement of A UT on the proton (left plot, −t-dependence) [16] and of A UL on the neutron (right plot, φ-dependence) [17] proposed in Hall B on the knowledge of the total angular momentum carried by individual flavors, as evaluated in the VGG model [18,19].…”

The JLAB 3D program at 12 GeV (TMDs + GPDs)

“…The observables most sentitive to E are the Transverse Target-Spin Asymmetry for the proton and the longitudinal Beam-Spin Asymmetry for the neutron. The measurements of these two observables have been proposed in Hall B in [16,17]. The extraction of E both on a proton and neutron target will allow to perform a flavor separation, eventually leading to the extraction of E for individual quark flavors.…”

“…JLab already approved several proposals by Hall EPJ Web of Conferences Figure 3. Impact of the measurement of A UT on the proton (left plot, −t-dependence) [16] and of A UL on the neutron (right plot, φ-dependence) [17] proposed in Hall B on the knowledge of the total angular momentum carried by individual flavors, as evaluated in the VGG model [18,19].…”

The JLAB 3D program at 12 GeV (TMDs + GPDs)

“…The observables most sentitive to E are the Transverse Target-Spin Asymmetry for the proton and the longitudinal Beam-Spin Asymmetry for the neutron. The measurements of these two observables have been proposed in Hall B in [16,17]. The extraction of E both on a proton and neutron target will allow to perform a flavor separation, eventually leading to the extraction of E for individual quark flavors.…”

“…JLab already approved several proposals by Hall EPJ Web of Conferences Figure 3. Impact of the measurement of A UT on the proton (left plot, −t-dependence) [16] and of A UL on the neutron (right plot, φ-dependence) [17] proposed in Hall B on the knowledge of the total angular momentum carried by individual flavors, as evaluated in the VGG model [18,19].…”

The JLAB 3D program at 12 GeV (TMDs + GPDs)

“…The observables most sentitive to E are the Transverse Target-Spin Asymmetry for the proton and the longitudinal Beam-Spin Asymmetry for the neutron. The measurements of these two observables have been proposed in Hall B in [16,17]. The extraction of E both on a proton and neutron target will allow to perform a flavor separation, eventually leading to the extraction of E for individual quark flavors.…”

“…JLab already approved several proposals by Hall EPJ Web of Conferences Figure 3. Impact of the measurement of A UT on the proton (left plot, −t-dependence) [16] and of A UL on the neutron (right plot, φ-dependence) [17] proposed in Hall B on the knowledge of the total angular momentum carried by individual flavors, as evaluated in the VGG model [18,19].…”