free discussion social Click a speaker’s name to open the contribution in Indico. Titles shown as “TBD” will be filled in as they arrive.
Week 1: High-energy QCD · 12–16 Oct 2026Open this week in Indico ↗
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Mon
12 Oct |
Tue
13 Oct |
Wed
14 Oct |
Thu
15 Oct |
Fri
16 Oct |
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National holiday
no sessions |
10:00–11:00
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10:00–11:00
University of Connecticut Parton orbital dynamics from exclusive meson productions at the EIC
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10:00–11:00
CPHT, CNRS, Ecole polytechnique, IP Paris Consistent handling of collinear logarithms in the NLL BK equation
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10:00–11:00
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Coffee break · 11:00–11:30
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11:30–12:30
Thomas Jefferson National Accelerator Facility From Scattering Events to Partonic Images: New Methods for QCD Global Analysis
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11:30–12:30
University and INFN Cagliari Photon GTMDs in lepton and heavy-quark pair production in UPCs
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11:30–12:30
TBA
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11:30–12:30
IIT Bombay Effect of TMD Evolution on Sivers asymmetry in J/psi production processes at EIC
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Lunch break · 12:30–14:00
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14:00–15:00 Free discussion
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14:00–15:00 Free discussion
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Thu 15 Oct — Contributed talks (afternoon)
5 talks · 14:00–17:00
Mini party 18:00 See the detailed schedule below ↓ |
14:00–15:00 Free discussion
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Afternoon tea · 15:00–15:30
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Afternoon tea · 15:00–15:30
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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Thu 15 Oct — Contributed talks (afternoon)
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14:00-14:30
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Skewness dependence of the pion and kaon GPDs
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14:30-15:00
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Quark Orbital Angular Momentum from One-Loop GTMD–GPD Matching
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15:00-15:30
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Forward Hadron Production in p–p, p+Pb and d+Au Collisions within the CGC-Based Monte Carlo Model
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15:30-16:00
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Coffee break
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16:00-16:30
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Gravitational form factors and mass decompositions for hadrons from three-loop energy-momentum tensor in QCD
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16:30-17:00
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Treatment of Resonances in QCD Sum Rules — The Case of the Baryon Decuplet
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18:00-20:00
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Mini party
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Week 2: QCD Matter under Extreme Conditions · 19–23 Oct 2026Open this week in Indico ↗
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Mon
19 Oct |
Tue
20 Oct |
Wed
21 Oct |
Thu
22 Oct |
Fri
23 Oct |
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10:00–11:00
Academia Sinica Initial-state and non-equilibrium effects on spin transport in nuclear collisions
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10:00–11:00
University of Houston From proton cumulants to baryon number susceptibilities at finite density
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10:00–11:00
Texas A&M University JETSCAPE Event Generators: What Are They and What Can You Do With Them?
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10:00–11:00
Institute for Space Sciences (CSIC, IEEC) Bulk-viscous dissipation effects in the merger of compact stars
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Coffee break · 11:00–11:30
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11:30–12:30
North Carolina State University Real-time stochastic dynamics near a QCD critical point
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11:30–12:30
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11:30–12:30
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11:30–12:30
Massachusetts Institute of Technology Jets and medium-induced radiation during the early nonequilibrium stages in heavy-ion collisions
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11:30–12:30
Eötvös Loránd University, Budapest What does the lattice QCD Dirac spectrum tell us about hot QCD?
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Lunch break · 12:30–14:00
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14:00–15:00 Free discussion
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14:00–15:00 Free discussion
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14:00–15:00 Free discussion
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Thu 22 Oct — Contributed talks (afternoon)
7 talks · 14:00–17:00
Mini party 18:00 See the detailed schedule below ↓ |
14:00–15:00 Free discussion
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Afternoon tea · 15:00–15:30
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Afternoon tea · 15:00–15:30
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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Thu 22 Oct — Contributed talks (afternoon)
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14:00-14:30
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Diffusive hydrodynamic description of QCD matter in nuclear collisions
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14:30-15:00
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The QCD phase diagram for three-flavor Mobius domain-wall fermions
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15:00-15:15
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Symmetry of Meson 2-point Correlation Functions in Finite Temperature QCD
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15:15-15:30
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Bayesian analysis of QGP formation based on core-corona picture in high-energy proton-proton collisions
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15:30-16:00
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Coffee break
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16:00-16:30
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The screening spectrum of QCD up to Electroweak-scale temperatures
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16:30-16:45
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Imaginary rotation breaks charge conjugation in hot QCD
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16:45-17:00
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QCD Matter in de Sitter Spacetime
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18:00-20:00
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Mini party
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Week 3: Yukawa International Seminar (YKIS) · 26–30 Oct 2026Open this week in Indico ↗
Provisional program. Minor changes are still possible.
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Mon
26 Oct |
Tue
27 Oct |
Wed
28 Oct |
Thu
29 Oct |
Fri
30 Oct |
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9:00–9:10 Opening
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9:10–9:55
Vrije Universiteit Brussel (VUB) Nucleon tomography through the study of exclusive processes
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9:00–9:45
University of Maryland What can we learn about the cold matter equation of state of QCD while evading the sign problem?
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9:00–9:45
University of Illinois Urbana-Champaign New developments and open problems in relativistic fluid dynamics
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9:00–9:45
Institute for Theoretical Physics, Frankfurt, Germany Binary Neutron Stars: from macroscopic collisions to microphysics
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9:00–9:45
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9:55–10:25
SKCM2, Hiroshima University Glueball gravitational form factor within the Skyrme-Faddev model
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9:45–10:15
Steklov Mathematical Institute of RAS Anisotropic Holographic QCD: Phase Diagram and Signatures
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9:45–10:15
Tokyo University of Science Quantum-Metric Correction to Kinetic Theory and Liouville’s Theorem
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9:45–10:15
University of Wroclaw Microscopic Equation of State: From In-Medium Hyperon Potentials to the Neutron-Star Matter
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9:45–10:15
Chiba University Understanding Color Confinement through Quantum Reference Frames and Relational Observables
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Coffee break · 10:25–10:45
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Coffee break · 10:15–10:45
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Coffee break · 10:15–10:45
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Coffee break · 10:15–10:45
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Coffee break · 10:15–10:45
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10:45–11:30
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10:45–11:30
INFN - sezione Milano Bicocca QCD Thermodynamics and the Energy–Momentum Tensor on the Lattice
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10:45–11:30
Institute for Theoretical Phyiscs, Heidelberg University Sof pion signatures of QCD chiral crossover at the LHC
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10:45–11:30
Goethe-Universität Frankfurt am Main First-principles motivated priors for neutron-star equation-of-state inference
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10:45–11:30
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11:30–12:00
Academia Sinica Nonperturbative particle production and evolution in the dynamic Glasma
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11:30–12:00
YITP, Kyoto University Thermodynamics and Polyakov-Loop Potential in Accelerated QCD at Finite Temperature
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11:30–12:00
Peoples' Friendship University of Russia (PFUR) Towards to realistic QGP holographic model: recent results, challenges and perspectives
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11:30–12:00
University of Ferrara (Italy) Quark stars or neutron stars? A Bayesian analysis on the two-families scenario
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11:30–12:00
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Lunch break · 12:00–14:00
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12:00–12:45
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12:45–12:55 Closing
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14:00–14:45
Stony Brook University Quantum simulations of lattice field theory with qubits and qumodes
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14:00–14:45
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14:00–14:45
Goethe University Frankfurt, Germany The chiral phase transition in many flavour QCD and onset of the conformal window
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14:00–14:45
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14:45–15:05
Niigata University Long-Range Heavy-Quarkonium–Nucleon Interactions in Chiral EFT: Comparison with Lattice QCD
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14:45–15:05
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14:45–15:05
Kyoto University/YITP A New Method for Locating a Tricritical Point Using Binder-Cumulant Derivatives and Its Application to Heavy-Quark QCD
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14:45–15:05
University of Wroclaw, Institute of Theoretical Physics Probing Neutron-to-Dark-Matter Conversion with Multimessenger Neutron-Star Observations
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15:05–15:25
Yukawa Institute for Theoretical Physics Cold, Dense 2-Flavour Symmetric QCD Phase and P-wave colour superconductors
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15:05–15:25
Niigata University Effective Field Theory of Surface Oscillations in Self-Bound Quantum Droplets
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15:05–15:25
Sophia University, BITS Pilani Hydrodynamic fluctuations in dissipative spin hydrodynamics for Bjorken flow
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15:05–15:25
Nagoya University Phase Transition to Hyperon Matter in Neutron Stars using an Effective Model with Chiral Invariant Masses
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Coffee break · 15:25–15:55
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Coffee break · 15:25–15:55
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Coffee break · 15:25–15:55
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Coffee break · 15:25–15:55
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15:55–16:25
Kavli Institute for Theoretical Physics, University of California Santa Barbara Heavy Quark Dynamics at Nonzero Temperature
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15:55–16:25
YITP, Kyoto U. Soft modes associated with QCD critical point and color superconductivity and Their Observability through Electro-magnetic Probes
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15:55–16:25
University of Wrocław & Wigner RCP Lee-Yang zeros and edge singularity in a finite-size effective model
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15:55–16:25
Fudan University Novel Scalings of Neutron Star Mass, Radius, and Tidal Deformability for Probing the Core Equation of State
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16:25–16:55
Fundamental Quantum Science Program, RIKEN Recent developments in the HAL QCD method on hadron interactions in lattice QCD
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16:25–16:55
University of Osaka Quantum-Geometric Meissner Effect in Magnetized Color Superconductors
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16:25–16:55
Brookhaven National Laboratory Syncreticity with fractional 't Hooft instantons in the chiral phase transition
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18:00–20:00 Banquet
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16:55–17:25
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16:55–17:25
Hiroshima University Hadron spectra and thermodynamics for all quark flavors from a universal Hagedorn temperature
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16:55–17:25
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Week 4: Dense QCD Matter and Compact Stars · 2–6 Nov 2026Open this week in Indico ↗
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Mon
2 Nov |
Tue
3 Nov |
Wed
4 Nov |
Thu
5 Nov |
Fri
6 Nov |
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10:00–11:00
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National holiday
no sessions |
10:00–11:00
The Ohio State University Phase quenched QCD, or: How to fix the sign problem perturbatively
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10:00–11:00
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10:00–11:00
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Coffee break · 11:00–11:30
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Coffee break · 11:00–11:30
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11:30–12:30
Bielefeld University Bounds on the high density QCD equation of state from phase quenched simulations
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11:30–12:30
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11:30–12:30
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11:30–12:30
East Texas A&M University Precision-Dependent EOS Inference from Neutron Star Radii: Universal Inverse Mappings and Nonlinear Filtering
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Lunch break · 12:30–14:00
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Lunch break · 12:30–14:00
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14:00–15:00
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14:00–15:00 Free discussion
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Thu 5 Nov — Contributed talks (afternoon)
6 talks · 14:00–17:30
Mini party 18:00 See the detailed schedule below ↓ |
14:00–15:00 Free discussion
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Afternoon tea · 15:00–15:30
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Afternoon tea · 15:00–15:30
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Afternoon tea · 15:00–15:30
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15:30–16:00
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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16:00–16:30
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16:30–17:00
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Thu 5 Nov — Contributed talks (afternoon)
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14:00-14:30
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TBD
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14:30-15:00
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Discerning exotic phases with core g-modes in neutron stars
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15:00-15:30
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Constraining the nonperturbative gluon mass by neutron star observations
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15:30-16:00
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Coffee break
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16:00-16:30
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Angular-momentum eigenchannels of the Cooper instability in a color superconductor
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16:30-17:00
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Cold quark matter: Renormalization group improvement
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17:00-17:30
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Probing the High-Density Equation of State with Deformed Nuclear Collisions
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18:00-20:00
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Mini party
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Week 5: Theoretical Developments in QCD and related topics · 9–13 Nov 2026Open this week in Indico ↗
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Mon
9 Nov |
Tue
10 Nov |
Wed
11 Nov |
Thu
12 Nov |
Fri
13 Nov |
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10:00–11:00
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10:00–11:00
University of Iowa Applications of the Tensor Renormalization group for lattice field theory
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10:00–11:00
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Thu 12 Nov — Mini-workshop (25 min talks)
14 talks · 9:20–17:40
Mini party 18:00 See the detailed schedule below ↓ |
10:00–11:00
Indiana University Bloomington Search for the topological components of QCD and QGP in heavy-ion collisions
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Coffee break · 11:00–11:30
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Coffee break · 11:00–11:30
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11:30–12:30
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11:30–12:30
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11:30–12:30
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11:30–12:30
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Lunch break · 12:30–14:00
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Lunch break · 12:30–14:00
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14:00–15:00 Free discussion
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14:00–15:00 Free discussion
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14:00–15:00 Free discussion
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14:00–15:00 Free discussion
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Afternoon tea · 15:00–15:30
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Afternoon tea · 15:00–15:30
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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15:30–17:30 Free discussion
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Thu 12 Nov — Mini-workshop (25 min talks)
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9:20-9:45
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Gauge-invariant PEPS for pure Z_2 gauge theory and its entanglement
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9:45-10:10
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Dense \mathrm{QCD_2} with uniform matrix product states
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10:10-10:35
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A Machine Learning Approach for Lattice Gauge Fixing
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10:35-11:00
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Lattice chiral gauge symmetry via non-Abelian bosonization
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11:00-11:30
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Coffee break
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11:30-11:55
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Supersymmetric partition functions on $T^2 \times S^2$ and the global structure of gauge groups
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11:55-12:20
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Toward a Semi-Abelian Cardy–Rabinovici Model: Twist Vortices and Gapped Phases of Yang–Mills Theory
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12:20-13:50
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Lunch break
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13:50-14:15
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SUSY and non-SUSY analysis of truly confining gauge theories
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14:15-14:40
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Two- and three-particle states investigation with tensor renormalization group method
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14:40-15:05
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Symmetric Mass Generation of Eight Majorana Domain-Wall Fermions
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15:05-15:30
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Lattice Gauge Topology through Gradient Flow: Stability, Continuum Limit, and Application to the ’t Hooft Loop
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15:30-16:00
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Coffee break
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16:00-16:25
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Nonequilibrium Effective Field Theory of Axion Electrodynamics and Its Generalized Symmetries
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16:25-16:50
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Non-perturbative news from the conformal window
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16:50-17:15
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Exact SL(2,Z)-Structure of Lattice Maxwell Theory with θ-term in Modified Villain Formulation
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17:15-17:40
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Emergence of Magnetic Monopoles and Quark Confinement due to Violation of the Non-Abelian Bianchi Identity
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18:00-20:00
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Mini party
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