Seminario - Física nuclear
Hola a Todo,
les copio info para el siguiente seminario que organizar el FRIB
saludos
Rolo
--------------------------------------
Please join us for our next Rising Researchers seminar on Tuesday, February 7th at 10:30 AM Pacific Time by Wenbin Zhao - Wayne State University.
The seminar is fully virtual. Please find the Zoom link below.
Title:
What is the baryon charge number carrier? Where is the limit of hydrodynamics? (Investigation on the Baryon Junction and the Collectivity)
Abstract:
In this talk, I will present our recent work about the (3+1)D hydrodynamics simulations in Ultra-Peripheral Pb+Pb collisions (UPCs) at LHC and small system scan at RHIC. For UPC simulations, we find longitudinal flow decorrelation can explain the smaller 𝑣2 in 𝛾*+Pb collisions and compared to those in p+Pb collisions. For RHIC small system scan, we find a big fraction of 𝑣3 (𝑝𝑇) difference in STAR and PHENIX measurements can be explained by using reference flow vectors from different rapidity regions. We also study the baryon junction mechanism in UPCs. UPCs provide a clean channel to probe initial-state baryon stopping dynamics.
Zoom link:
https://wustl.zoom.us/j/92863708105
les copio info para el siguiente seminario que organizar el FRIB
saludos
Rolo
--------------------------------------
Please join us for our next Rising Researchers seminar on Tuesday, February 7th at 10:30 AM Pacific Time by Wenbin Zhao - Wayne State University.
The seminar is fully virtual. Please find the Zoom link below.
Title:
What is the baryon charge number carrier? Where is the limit of hydrodynamics? (Investigation on the Baryon Junction and the Collectivity)
Abstract:
In this talk, I will present our recent work about the (3+1)D hydrodynamics simulations in Ultra-Peripheral Pb+Pb collisions (UPCs) at LHC and small system scan at RHIC. For UPC simulations, we find longitudinal flow decorrelation can explain the smaller 𝑣2 in 𝛾*+Pb collisions and compared to those in p+Pb collisions. For RHIC small system scan, we find a big fraction of 𝑣3 (𝑝𝑇) difference in STAR and PHENIX measurements can be explained by using reference flow vectors from different rapidity regions. We also study the baryon junction mechanism in UPCs. UPCs provide a clean channel to probe initial-state baryon stopping dynamics.
Zoom link:
https://wustl.zoom.us/j/92863708105
Comentarios
Publicar un comentario