The CFNS seminar takes place every first and third Thursday of the month at 4:00pm Eastern Time. It covers a wide range of theory and experimental topics connected to the science at the Electron Ion Collider, which is the current main focus of the Center. The seminar locations alternate between Brookhaven National Laboratory (BNL, CFNS Seminar Room 2-38, Bldg. 510) and Stony Brook University (Peter Paul Seminar Room C-120, Physics Building). Coffee and cookies will be served before the seminar, at 3:45pm in the adjacent room.
If you would like to speak at one of the upcoming seminars or suggest a speaker, please contact the seminar organizers via cfns_seminars@stonybrook.edu and include a title, brief abstract, and possible dates.
Date |
Upcoming Seminars |
---|---|
DateOctober 16, 2025 3:30PM |
Upcoming SeminarsCFNS Seminar: pion/kaon PDFs |
DateOctober 15, 2025 3:30PM |
Upcoming SeminarsCFNS Seminar: 3D Imaging of the Pion on a Fine Lattice |
Date |
Recent Seminars |
---|---|
DateOctober 2, 2025 3:30PM |
Recent SeminarsCFNS Seminar:Effect of TMD Shape function at low transverse momentum in $J/\psi$ photo- and electro-production. |
DateSeptember 4, 2025 3:30PM |
Recent SeminarsCFNS Seminar:Explore the nucleon tomography at the future electron-ion collider |
DateAugust 28, 2025 3:30PM |
Recent SeminarsCFNS Seminar: Entanglement entropy, a probe to study hadronization |
DateAugust 13, 2025 4:00 PM |
Recent SeminarsCFNS Seminar: QCD, ‘tHooft Model and the Light-Front Quark Model |
DateJuly 16, 2025 4:00PM |
Recent SeminarsCFNS Seminar: Theory and Phenomenology of Generalized Parton Distributions |
DateJune 12, 2025 4:00PM |
Recent SeminarsCFNS Seminar: Quasinormal modes and hydrodynamics of nonthermal fixed points Abstract: Nonthermal fixed points are paradigmatic weak coupling far from equilibrium phenomena associated with self-similarity in time. In the nuclear physics context, they play an important role in theoretical understanding of thermalization processes in QCD. I will discuss how adopting the lenses from strongly-coupled systems allows to better understand how nonthermal fixed point are created. Also, I will use this perspective to advocate for new physical processes in the vicinity of a nonthermal fixed points that can be probed in the existing cold atom experiments. |