Fwd: seminario semanal - Física nuclear



---------- Forwarded message ---------
De: <anuncios@anuncios.fisica.org.ar>
Date: lun, 5 dic 2022 a las 22:50
Subject: seminario semanal - Física nuclear
To: <mcarrillo@herrera.unt.edu.ar>


Hola a Todos,
les copio info del siguiente seminario
saludos
Rolo
__________________________________
Dear Colleagues,



Please join us for our next Rising Researchers seminar on Tuesday, December 6th at 10:30 AM Pacific Time by Shohini Bhattacharya - Brookhaven National Laboratory

The seminar is fully virtual. Please find the Zoom link below.

Title:

A full tomographic picture of hadronic matter at the Electron-Ion Collider



Abstract:

It has been known since the 1930's that protons are not "point-like" elementary particles, but rather have a substructure. Today, we know from Quantum Chromodynamics (QCD) that protons are made from quarks and gluons, with gluons being the elementary force carriers for strong interactions. Quarks and gluons are collectively called as partons. The substructure of the protons can be described in terms of parton correlation functions such as Form Factors, (1D) Parton Distribution Functions (PDFs) and their 3D generalizations in terms of Transverse Momentum-dependent parton Distributions and Generalized Parton Distributions. All these functions can be derived from the Wigner functions, which simultaneously encode the spatial and momentum distribution of partons inside protons. In this talk, we provide an insight into all these functions from the point of view of their accessibility in experiments as well as from their direct calculation within lattice formulations of QCD.

Zoom link:

https://washington.zoom.us/j/91542792589



To subscribe to the mailing list and receive further notifications, please visit here (and check SPAM folder for confirmation email).



Sincerely,

Rising Researchers Seminar Series Committee

Comentarios

Entradas populares de este blog

PRIMERA CIRCULAR 109 - RAFA 2024

110 RAFA / 3 AFA-SUF: Prórroga de propuestas a Plenarias

* FíSICA NUCLEAR * Escuela de invierno Giambiagi 2025