Short-Distance nuclear structure and PDFs
Aula Renzo Leonardi
ECT*
Attention
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Over the last decade, a number of explanations for the modification of nucleon quark distributions in nuclei (the EMC effect) have been put forth, leveraging information from the 6 GeV JLab program. In particular, new information on the A dependence in light nuclei and the correlation with the observation of high-momentum nucleons born in two nucleon correlations (2N SRCs). By the time of the workshop, several 12 GeV measurements will have been completed that will significantly expand on what was learned at 6 GeV. EMC and SRC data on many new nuclei from several experiments at Jefferson Lab will be available to more meaningfully probe these relationships, examine the mass and isospin dependence, and study the momentum dependence of the nucleons. In addition, measurements using spectator tagging have been performed that will help study the impact of virtuality on the nucleon structure. We aim to examine the status of the field, ascertain what we can learn from new and upcoming data and set goals for the next 5 years, both theory and experimental.
Abhyuday Sharda
Alberto Accardi
Alessandro Lovato
Anthony Tropiano
Burcu Duran
Cameron Cotton
Carlos Yero
Casey Morean
Christian Weiss
Dien Nguyen
Filippo Fornetti
Florian Hauenstein
Jan Ryckebusch
Jiunn-Wei Chen
Joanna Sobczyk
John Arrington
Julian Kahlbow
Justin Estee
Lorenzo Andreoli
Mark Dalton
Mark Strikman
Mathieu Ouillon
Matteo Rinaldi
Misak Sargsian
Nadia Fomin
Nathaly Santiesteban
Noemi Rocco
Omar Benhar
Parada Tobel Paraduan HUTAURUK
Paul E Reimer
Pit Duwentäster
Ramon Ogaz
Raphaël Dupré
Ronen Weiss
Shujie Li
Shunzo Kumano
Tyler Hague
Tyler Kutz
Wim Cosyn
Zhoudunming Tu
