QNP2022 - The 9th International Conference on Quarks and Nuclear Physics

Session

SRC

Sep 6, 2022, 12:30 PM

online

Conveners

SRC: Parallel 4

• Igor Strakovsky (The George Washington University)

258. SRC in Nuclei

Or Hen (MIT)

9/6/22, 12:30 PM

177. Studying Short-Range Nucleon-Nucleon Correlations at Jefferson Lab

Axel Schmidt (George Washington University)

9/6/22, 12:55 PM

Short-Range Correlations (SRCs) between nucleons appear to a ubiquitous feature of the structure of nuclei. While correlated nucleons are a minority (estimated to be approximately 20% of nucleons in all but light nuclei), they can have an outsized influence on a number of relevant nuclear properties such as the symmetry energy in the nuclear matter equation of state, matrix elements in double...

250. Nuclear Effects in Neutrino Oscillation Experiments

Mayly Sanchez (Florida State University)

9/6/22, 1:20 PM

oral presentation

Neutrino oscillation experiments rely on observing neutrino-nucleus interactions to obtain the energy spectrum which is key to study this phenomenon. The challenge in obtaining the required precision lies in controlling the systematic uncertainties in the energy measurement of the neutrinos. A significant fraction of these uncertainties comes from the unknowns of neutrino scattering. A better...

210. Electron data for neutrino scattering cross sections

Joanna Sobczyk

9/6/22, 1:45 PM

oral presentation

We are entering an era of high-precision neutrino oscillation experiments (T2HK, DUNE), which potentially hold answers to some of the most exciting questions in particle physics. Their scientific program requires a precise knowledge of neutrino-nucleus interactions coming from fundamental nuclear studies. These theoretical calculations should be firstly benchmarked with electron scattering...

59. Nucleon-nucleon correlations in the short-range spin structure in processes with polarized and unpolarized deuteron beams.

Dr Marian Janek (Zilina University)

At an Internal Target Station at the JINR Nuclotron, dp elastic data were collected using a polarized deuteron beam from a brand-new polarized ion source. To make predictions, a relativistic multiple scattering model is employed in the energy range 400-1800 MeV. While the relativistic scattering model using delta-isobar excitation mechanism properly describes the cross section and vector...