Workshop on Pion and Kaon Structure Functions at the EIC
Online
The Lagrangian masses of the quarks deliver only ≈ 1% of the proton mass, mp; and it is the emergence of the bulk of mp and the (very probably) related mechanism of confinement that are the key unresolved issues in hadron physics. In addressing these issues, the potential of the EIC is enormous. It promises to enable a quantitative understanding of the structure of hadrons, such as the nucleon, pion and kaon, in terms of quarks and gluons, thereby achieving key goals of modern physics. Recent synergistic advances in computation, experiment and theory reveal the prospects for a precise description of the one-dimensional structure of hadrons, exemplified by parton distribution functions (PDFs) and electromagnetic form factors, and of constructing three-dimensional images of hadrons, as expressed in Generalized Parton Distributions (GPDs) and Transverse-Momentum-Dependent Distributions (TMDs). Hence, today, there is an unprecedented opportunity to chart the in-hadron distributions of, inter alia, mass, charge, magnetization and angular momentum.
This workshop will canvass recent progress toward a coherent program of pion and kaon structure studies at the Electron-Ion Collider (EIC) that will deliver these maps. Their drawing demands an interplay between experiment and theory. Here, recent experimental developments have been matched by new theoretical insights and rapid computational advances. The progress triad is completed by high-level phenomenology in the form of global structure function fitting frameworks. Machine learning and exascale computing are both expected to play a material role in this march of progress.
This workshop aims to capitalize on the success of two prior meetings (PIEIC2017, PIEIC2018), which led to a White Paper, published in Eur.Phys.J.A 55 (2019) 10, 190. Its near-term goals are to expand this documentation, driving toward a significant new element in the EIC User Group Physics and Detector Handbook, and develop contributions as part of the ongoing Yellow Report Initiative.
Abhay Deshpande
Abhay Deshpande
Akira Watanabe
Ali Usman
Alim Ruzi
Andreas Metz
Andrei Maltsev
Aram Kotzinian
Arshak Asaturyan
Arthur Mkrtchyan
Arun Tadepalli
Aurore Courtoy
Bakur Parsamyan
Barbara Pasquini
Berenguer Antequera Jorge
Bo-Lin Li
Carlos Ayerbe
Catarina Quintans
Chandan Mondal
Chao Shi
Charles-Joseph Naïm
Ciprian Gal
Colin Egerer
Craig Roberts
Cynthia Keppel
Cédric Mezrag
Daniele Binosi
Daniele Paolo Anderle
Daria Sokhan
Dave Gaskell
David Richards
Douglas Higinbotham
Edson SUISSO
Emanuel Ydrefors
Fabienne Kunne
Fei Gao
Fredrick Olness
Fulvio Tessarotto
Gang Xie
Garth Huber
Genki Nukazuka
Giovanni Salme'
Giuseppe Verde
Gustavo Pires Vaccani
Hamlet Mkrtchyan
Huey-Wen Lin
Ingo Schienbein
Jamal Jalilian-Marian
James Vary
Jen-Chieh Peng
Jiangshan Lan
Jianwei Qiu
Jinli Zhang
Jinlong Zhang
John Arrington
Jorge Segovia
José Rodriguez Quintero
João Pacheco de Melo
junxiang shao
Jurandi Leão
Khépani Raya
Kijun Park
Kyungseon JOO
Langtian Liu
Lei Chang
Leonard Gamberg
Marcia Quaresma
Marco Antonio Pannunzio Carmignotto
Mark Baker
Markus Diefenthaler
Maxim Alexeev
Meng-Yun Lai
Michael Finger
Minghui Ding
Miroslav Finger
Mriganka Mondal
Muhammad Junaid
Murad Sarsour
Narbe Kalantarians
Narinder Kumar
Nu Xu
Oleg Denisov
Patrick Barry
Paul E Reimer
Paul Gueye
Paulo Rios
Pavel Nadolsky
Pei-Lin Yin
Peng Cheng
Pete Markowitz
Piet Mulders
Rachel Montgomery
Raza Sufian
Richard Trotta
Robert Edwards
Rolf Ent
Rosario Turrisi
Ruilin Zhu
Sabrina Cotogno
Saman Bastami
Shang Yiding
Shaoyang Jia
Sheren Alsalmi
Shu-Sheng Xu
Simone Rodini
Simone Venturini
simonetta liuti
Stefano Levorato
Stephane Platchkov
Stephen Kay
Takahiro Sawada
Tanja Horn
Timothy Hobbs
Tobias Frederico
Vardan Tadevosyan
Victor Mokev
Vijay Kumar
Vincent Andrieux
Vitaly Baturin
Vladimir Berdnikov
Vladimirov Alexey
Wally Melnitchouk
Wen-Chen Chang
Werner Vogelsang
Wim Cosyn
Wolf-Dieter Nowak
Xingbo Zhao
Xurong Chen
Ya Lu
Yan-Qing Ma
Yang-Ting Chien
Yin Huang
Yin-Zhen Xu
Yingda Han
Yuji Goto
Yulia Furletova
zhenyu li
Zhiwen Zhao
Zhu-Fang Cui