Focus on:  Hide Contributions
Back to Conference View
Login

Probing the CGC and QCD matter at hadron colliders

Data controller
Fondazione Bruno Kessler
privacy@fbk.eu
Privacy notice
→ Europe/Rome
Galileo Galilei Institute

Galileo Galilei Institute

Largo Enrico Fermi 2, 50125 Firenze, Italy
Dionysios Triantafyllopoulos (ECT*, Italy), Francois Gelis (CEA/Saclay), Gregory Soyez (IPhT Saclay), Paul Caucal (Subatech)
Description

WARNING: for hotel bookings do not give your data to any external services upon email request; there are known cases of fraud

Probing the CGC and QCD matter at hadron colliders

In Celebration of Edmond Iancu's 60th Birthday

High energy hadronic collisions can probe parton densities in a regime where they get large and non-linear phenomena lead to saturation. The Color Glass Condensate is a QCD effective theory, characterized by a dynamical scale, which describes qualitatively and quantitatively a wide range of results. Its concepts and techniques share similarities with those used in the study of the modification of jets when they propagate in dense quark gluon plasma produced in heavy-ion collisions. The DIS of electrons off nuclei in the forthcoming ElC will offer a clean environment to explore parton dynamics at saturation. Likewise, the future sPHENIX program at RHIC and the analysis of current and upcoming data at the LHC will give possibilities to extract quark-gluon properties from hard probes such as jets. We wish to build on the acquired expertise and prepare for such challenges.

Topics: Color Glass Condensate, QCD resummations at small-x, Jet quenching

 

Co-organizing Institutions

       

 

PosterECT-GGI_2025.pdf
Contact
Participants
25 View full list
  • Monday 24 March
    • 09:40
      Welcome to the workshop
    • 1
      Jet quenching in dense QCD media and selected topics on the connection with small-x physics
      Speaker: Paul Caucal (Subatech)
      florenceWS-caucal.pdf
    • 10:50
      Coffee break
    • 2
      Modification of EEC in cold and hot QCD medium
      Speaker: Xin-Nian Wang (Lawrence Berkeley National Laboratory)
      xnwang-GalileoInst.pdf
    • 3
      Nucleon's gravitational form factors and how we are going to measure them
      Speaker: Feng Yuan (Lawrence Berkeley National Laboratory)
      GGI_25.pptx
    • 12:30
      Lunch Break
    • 4
      Loop calculations in light cone perturbation theory
      Speaker: Tuomas Lappi (University of Jyväskylä, Jyväskylä/Fi)
      ggi25_v2.pdf
    • 5
      Rapidity regulators for the CGC: F_L at NLO
      Speaker: Guillaume Beuf (University of Jyväskylä)
      GBeuf_Florence_2025.pdf
    • 15:10
      Coffee Break
    • 6
      Probing the CGC in pA collisions at NLO
      Speaker: Bowen Xiao (CUHK-Shenzhen)
      GGI-25.pdf
    • 7
      Probing small-x helicity and OAM distributions in particle production
      Speaker: Yuri Kovchegov (The Ohio State University)
      Florence_2025_Edmond.pdf
      Florence_2025_Edmond.pptx
  • Tuesday 25 March
    • 8
      From JIMWLK to CSS
      Speaker: Michael Lublinsky
      talk_GGI.pdf
    • 9
      Born-Oppenheimer renormalization group for high energy evolution
      Speaker: Alexander Kovner (University of Connecticut)
      BORG-Florence.pdf
    • 10:50
      Coffee Break
    • 10
      Sudakov effects in SIDIS
      Speaker: Jamal Jalilian-Marian (Baruch College, CUNY)
      cgc-edmo-florence-03-2025.pdf
    • 11
      From small x to high P_T: Relating high-energy and collinear evolutions via the CGC
      Speaker: Edmond Iancu (IPhT Saclay)
      Florence-CSS_2025.pdf
    • 12:30
      Lunch Break
    • 12
      Nonlocal chiral anomaly and generalized parton distributions
      Speaker: Yoshitaka Hatta (BNL)
      GGI.pdf
    • 13
      Conformal BK equation at QCD Wilson-Fisher point
      Speaker: Giovanni Antonio Chirilli (University of Salento and INFN)
      GGIfirenze-25mar25.pdf
    • 15:10
      Coffee Break
    • 14
      Spin Correlations in Unpolarized High Energy Collisions
      Speaker: Shu-yi Wei (Shandong University)
      Spin_correlations.pdf
    • 15
      Probing fluctuating color fields of QCD matter from spin alignment in relativistic heavy ion collisions
      Speaker: Di-Lun Yang (Institute of Physics, Academia Sinica)
      spin_glasma_GGI2025_DLYang.pdf
  • Wednesday 26 March
    • 16
      EFT approach to jet observables in heavy ion collisions
      Speaker: Yacine Mehtar-Tani
      GGI-03-2025.pdf
    • 17
      QCD and gravity in Regge asymptotics
      Speaker: Raju Venugopalan (Brookhaven National Laboratory and Stony Brook University)
      GGI_Venugopalan_revised.pdf
    • 10:50
      Coffee Break
    • 18
      Hadronic light-by-light scattering in AdS/QCD
      Speaker: Anton Rebhan (Vienna University of Technology (TU Wien))
      GGI24.pdf
    • 19
      Probing QCD with entangled states
      Speaker: Yair Mulian (Jyvaskyla University)
      scat.pdf
    • 12:30
      Lunch Break
    • 20
      Quarkyonic Matter at High Baryon Density
      Speaker: Larry McLerran (INT University of Washington)
      iancu_ldm.pdf
    • 21
      Coherent states in diffractive electron-nucleus scattering
      Speaker: Alfred Mueller (Columbia University)
    • 15:10
      Coffee Break
    • 22
      Fluctuations, diffraction and initial states
      Speaker: Jean-Paul Blaizot (IPhT CEA-CNRS Saclay)
      GGI_Edmond_JPB.pdf
    • 19:30
      Workshop Dinner L'Osteria di Giovanni, Via del Moro 22

      L'Osteria di Giovanni, Via del Moro 22

  • Thursday 27 March
    • 23
      Quark TMDs from back-to-back dijet production at forward rapidities in pA collisions beyond eikonal accuracy in the CGC
      Speaker: Tolga Altinoluk (National Centre for Nuclear Research (NCBJ))
      Altinoluk_GGI_v2.pdf
    • 10:50
      Coffee Break
    • 24
      Inclusive D^0 photoproduction in UPCs
      Speaker: Patricia Gimeno-Estivill (University of Jyväskylä)
      GGI_GimenoEstivill.pdf
    • 25
      Production of diffractive jets in photon-nucleus collisions
      Speaker: Dionysios Triantafyllopoulos (ECT*, Italy)
      Dionisi.pdf
Powered by Indico v3.3.6