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Bedangadas Mohanty (National Institute of Science Education and Research (NISER) (IN))13/01/2025, 10:05
Overview of current status
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Jishnu Goswami (Bielefeld University)13/01/2025, 10:301. QCD Phase Diagram, criticality and fluctuations
Recent results from lattice QCD on the phase diagram
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Maneesha Sushama Pradeep13/01/2025, 10:551. QCD Phase Diagram, criticality and fluctuations
Studying the QCD phase diagram via fluctuations
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Ashish Pandav13/01/2025, 11:201. QCD Phase Diagram, criticality and fluctuations
Experimental Status of QCD Phase Diagram
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Chandrodoy Chattopadhyay (North Carolina State University)13/01/2025, 11:452. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
Out of equilibrium physics in the vicinity of the QCD critical point and in the initial state
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Somadutta Bhatta (Stony Brook University (US))13/01/2025, 12:102. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
The event-by-event variations in the initial conditions and subsequent expansion of the Quark-Gluon Plasma (QGP) directly affects the distribution of the event-averaged transverse momentum ($[p_{\mathrm{T}}]$) of particles. Typically, the contributions to the transverse momentum from radial flow velocity and thermal components are extracted using simultaneous Blast-Wave fits to...
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Koichi Hattori (Zhejiang University)13/01/2025, 13:502. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
The physics of strong electromagnetic fields in heavy ion collisions
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Chiho Nonaka13/01/2025, 14:152. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
Relativistic resistive magnetohydrodynamic framework to study heavy ion collisions
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Ashutosh Dash13/01/2025, 14:402. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
Results on magnetohydrodynamics simulations with BHAC-QGP
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Sayantan Sharma (IMSc)13/01/2025, 15:052. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
Chiral instabilities in relativistic heavy ion collisions
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Nu Xu13/01/2025, 16:155. Baryon rich QCD matter, nuclear astrophysics
Physics of high baryonic matter
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Srimoyee Sen13/01/2025, 16:405. Baryon rich QCD matter, nuclear astrophysics
Some recent theoretical advances in studying dense QCD phase transition
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Saikat Biswas (Bose Institute (IN))13/01/2025, 17:059. Future experimental programs
Indian contribution to build FAIR at GSI
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Rana Nandi13/01/2025, 17:305. Baryon rich QCD matter, nuclear astrophysics
Overview of neutron stars and their connection to QCD phase diagram
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Tuhin Malik (CFisUC, Department of Physics, University of Coimbra, 3004-516 Coimbra, Portugal)13/01/2025, 17:555. Baryon rich QCD matter, nuclear astrophysics
Observational constraints on the properties of the neutron star matter
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Asmita Mukherjee14/01/2025, 09:007. Physics opportunities at the Future Electron Ion Collider and the RHIC Spin program
In this talk I'll give an overview of the theory opportunities
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related to QCD spin physics provided by the upcoming EIC. -
Satoshi Yano (Hiroshima University (JP))14/01/2025, 09:257. Physics opportunities at the Future Electron Ion Collider and the RHIC Spin program
Physics opportunities at the EIC
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Xingbo Zhao14/01/2025, 09:507. Physics opportunities at the Future Electron Ion Collider and the RHIC Spin program
EIC physics: Recent theoretical advances from the BLFQ collaboration
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Lokesh Kumar (Panjab University (IN))14/01/2025, 10:157. Physics opportunities at the Future Electron Ion Collider and the RHIC Spin program
Indian participation in ePIC at EIC
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Sushanta Tripathy (CERN)14/01/2025, 11:00
Collectivity with system size
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Sadhana Dash (IIT- Indian Institute of Technology (IN))14/01/2025, 11:254. Collective dynamics - conserved charges, spin, vorticity, freezeout, afterburner
Light flavor resonance production in heavy ion collisions
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Roli Esha (Center for Frontiers in Nuclear Science, Stony Brook University)14/01/2025, 11:504. Collective dynamics - conserved charges, spin, vorticity, freezeout, afterburner
Electromagnetic radiation, from both photons and dileptons, serves as exceptional probes of the evolution of relativistic heavy-ion collisions as unlike hadronic particles, these are produced throughout the evolution of the collision and escape the medium unmodified, providing direct information about the early and hot stages of the system. Photons primarily originate from initial hard...
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Junlee Kim (CERN)14/01/2025, 12:154. Collective dynamics - conserved charges, spin, vorticity, freezeout, afterburner
Experimental overview on recent measurements of resonances and exotics
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Sourendu Gupta14/01/2025, 12:40
No 3 letter word
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Dibyendu Bala (Bielefeld University)14/01/2025, 14:103. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Heavy flavor on lattice
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177. Experimental overview on the open heavy flavor measurement in relativistic heavy ion collisionsMin Jung Kweon (Inha University (KR))14/01/2025, 14:353. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Experimental overview on the open heavy flavor measurement in relativistic heavy ion collisions
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Mayank Singh (Vanderbilt University)14/01/2025, 15:003. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Recent developments in charm phenomenology
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Zebo Tang (University of Science and Technology of China)14/01/2025, 15:253. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Quarkonium measurements in relativistic heavy ion collisions
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Maya Shimomura (Nara Women's University)14/01/2025, 15:503. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Physics at sPHENIX
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NIHAR RANJAN Sahoo (Texas A&M University)14/01/2025, 16:353. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Experimental overview of recent jet measurements in relativistic heavy ion collisions
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Varun Vaidya14/01/2025, 17:003. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Jets in relativistic heavy ion collisions: Theory perspective
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Saehanseul Oh (Sejong University)14/01/2025, 17:253. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Jet shape measurements in relativistic heavy ion collisions
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Hyunchul Kim (Chonnam National University (KR))14/01/2025, 17:503. Hard probes - jets and electromagnetic probes, heavy flavor, quarkonia
Drell Yan as a probe of the nucleus
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Junlin Wu (University of Chinese Academy of Sciences)14/01/2025, 18:155. Baryon rich QCD matter, nuclear astrophysics
Matter-antimatter asymmetry is a research topic of fundamental interest, as it is the basis for the existence of the matter world, which survived annihilation with antimatter in the early Universe.
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High energy nuclear collisions create conditions similar to the Universe microseconds after the Big Bang, with comparable amounts of matter and antimatter.
Much of the antimatter created escapes... -
Zhangbu Xu (Kent State University)14/01/2025, 18:402. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
Search for baryon junction
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Jiangyong Jia (Stony Brook University (US))16/01/2025, 09:002. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
Imaging nuclei by smashing them: how can shapes be revealed despite violent collisions?
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Sourav Kundu (CERN)16/01/2025, 09:251. QCD Phase Diagram, criticality and fluctuations
Baryon and strangeness number fluctuation at LHC energies
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Hirotsugu Fujii16/01/2025, 09:501. QCD Phase Diagram, criticality and fluctuations
We investigate the non-equilibrium effects on the structure of the correlation and spectral functions of the slow modes as the collision system evolves through the vicinity of the QCD critical point, within the time-dependent Ginzburg-Landau approximation. We model the time-evolution equation for the slow modes, by allowing the coefficients to be time-dependent. Within this framework, we study...
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Tatsuya Chujo (University of Tsukuba (JP))16/01/2025, 10:159. Future experimental programs
Forward Physics at LHC-ALICE
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Amaresh Jaiswal (National Institute of Science Education and Research)16/01/2025, 11:004. Collective dynamics - conserved charges, spin, vorticity, freezeout, afterburner
Spin polarization in heavy ion collisions and relativistic spin hydrodynamics
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Zhenyu Chen (Shandong University (CN))16/01/2025, 11:254. Collective dynamics - conserved charges, spin, vorticity, freezeout, afterburner
Polarization measurement in relativistic heavy ion collisions
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Shi Pu16/01/2025, 11:504. Collective dynamics - conserved charges, spin, vorticity, freezeout, afterburner
Quantum kinetic theory and spin polarisation in relativistic heavy ion collisions
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Himanshu Raj (Stony Brook University)16/01/2025, 12:158. New theoretical developments
We present new results for gravitational wave radiation in ultrarelativistic collisions of black holes which are described as Aichelburg-Sexl shockwaves. We demonstrate that the effective โLipatovโ vertex governing graviton radiation is a mathematical double copy of the corresponding effective gluon emission vertex in heavy-ion collisions [1]. We also show that propagators in the gravitational...
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Shuzhe SHI (Tsinghua University)16/01/2025, 12:408. New theoretical developments
Application of machine learning and quantum computation in high energy
physics
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Huan Huang2. Initial State - pre-equilibrium dynamics, baryon stopping, intense electromagnetic field
Signature of electromagnetic field in heavy-ion collision
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