Tomography of light nuclei at an EIC
Sala Leonardi
ECT*
A high-luminosity electron ion collider (EIC) is highly anticipated in the United States, and would give an unprecedented opportunity to perform tomographic imaging of protons and nuclei alike. A partonic tomography of nuclei in particular would present novel opportunities for observing how QCD manifests within conventional nuclear structure, e.g., it would provide information on the spatial correlations between the quarks and gluons in nuclei, and reveal medium modifications in multidimensional partonic distributions including GPDs and TMDs. This workshop will explore what aspects of QCD in particular can manifest in nuclei at an EIC, what measurements would be sensitive to these manifestations, and what design parameters are needed to make such measurements possible.
Abdel Nasser Tawfik
Adam Freese
Alberto Accardi
Anna Kowalewska
Asmita Mukherjee
Ayman Al-bataineh
Bailing Ma
Bernard Pire
Carlos Munoz Camacho
Chao Peng
Charles Hyde
Christian Weiss
Christopher Leon
Chueng-Ryong Ji
Cédric Lorcé
Dylan Manna
elke-caroline aschenauer
Florida University
Frank Vera
Gerald Miller
Giovanni Salme'
Guangyao Chen
Hermann Krebs
Ian Cloet
James Vary
Jiangyong Jia
Kei Nagai
Khatiza Banu Shaikh
Kyungseon Joo
Matthias Burkardt
Mengyao Huang
Nahid Vasim
Narinder Kumar
Olga Bessidskaia Bylund
Pawel Nadel-Turonski
Peter Tandy
Phiala Shanahan
Pieter Maris
Rakesh Naik
Raphaël Dupré
Salvatore Fazio
Sara Fucini
sergio scopetta
Shunzo Kumano
The University Adelaide
Whitney Armstrong
William Detmold
Wim Cosyn
Xu Cao
Yordanka Ilieva
Zein-Eddine Meziani
