Difference between revisions of "General Meson SF Meeting Summary 11/21/24"
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::* Pion stars? | ::* Pion stars? | ||
| − | * | + | * Why is the gravitational form factor ratio for quarks and gluons a constant? And can we check - experimentally measure it? |
* Challenge to lattice-QCD for calculations of nucleon EM and gravitational form factors includes the challenge to get to the physical pion mass. | * Challenge to lattice-QCD for calculations of nucleon EM and gravitational form factors includes the challenge to get to the physical pion mass. | ||
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| − | DISCUSSION OF THE TDIS SLIDES | + | DISCUSSION OF THE TDIS SLIDES [https://wiki.jlab.org/cuawiki/images/8/84/Montgomery-TDIS_22GeV_Dec24.pdf Link to the slides] |
* Include recent theory efforts on TMDs - see the presentation by Dan-Dan | * Include recent theory efforts on TMDs - see the presentation by Dan-Dan | ||
Latest revision as of 15:23, 22 November 2024
Back to --> Material and Summaries
PARTICIPANTS: Craig Roberts, Carlos Ayerbe Gayoso, Casey Morean, Victor Mokeev, Zhen-Ni Xu, Ali Usman, Tanja Horn, Nacer, Yulia Furletova, Zhaoqian Yao, Hui-Yu Xing, Alicia Postuma, Dan-dan Cheng, Garth, Avnish, Rachel, Daniele Binosi, Chaoyang Shen, Cong-Cong Ye, Weizhi Xiong, Wen-Hao Bian, David Richards, Tobias Frederico, Yaqi Cui, Garth Huber, Gianni Salme, Junaid, Love Preet, Peng Cheng, Pepe Rodriguez Quintero, Rachel Montgomery, Rolf Ent, Stephen Kay, Wen Hao Bian, Xiangyu Zeng, Yang Yu, Haoran Zhang,
PRESENTATION ON THE FORM FACTORS Link to the slides
- Discussion of the presentation on Pion, Kaon, Nucleon EM and Gravitational form factors
- Impressive that the pressure of the pion/proton are greater than that of a neutron star
- What is the pressure in a point-like particle, D0
- Pion stars?
- Why is the gravitational form factor ratio for quarks and gluons a constant? And can we check - experimentally measure it?
- Challenge to lattice-QCD for calculations of nucleon EM and gravitational form factors includes the challenge to get to the physical pion mass.
- present calculations use 160-170 MeV. This is good, but to make progress masses closer to the physical pion mass would be needed
- Good agreement of the nucleon EM FF calculations presented with those in Minkowski space by Gianni, Tobias, et al.
- discussion about additional comparisons between these
DISCUSSION OF THE TDIS SLIDES Link to the slides
- Include recent theory efforts on TMDs - see the presentation by Dan-Dan
- Mention that development of TMD models on the theory front is possible, but that the next step would be to show how one might extract TMDs from data with all the experimental considerations. This also connects to the question received in previous presentations on TDIS
NEXT MEETING: 16 JANUARY 2025 AT 9:00AM ET