C3NT workshop: Quantum Information Science in High Energy Nuclear Physics (QIS-HENP)

Session

Talks

15 Jun 2026, 09:10

9409 (Building 9)

Conveners

Talks

• Hongxi Xing (South China Normal University)

Talks

• Alessandro Roggero ()

Talks

• Shuzhe Shi (Tsinghua University)

Talks

• Francesco Pederiva ()

Talks

• Xu-Guang Huang (Fudan University)

Talks

• Germán Rodrigo ()

Talks

• Abolfazl Bayat ()

Talks

• James Vary ()

Talks

• Enrique Rico Ortega (CERN-TH)

Talks

• Ying-Ying Li (IHEP)

Talks

• Manuel Schneider ()

Talks

• Zhen-Sheng Yuan ()

Talks

• Meijian Li (University of Santiago de Compostela)

Talks

• Alessio Celi ()

Contribution list Timetable

19. Quantum Algorithms for Event Generators at High-Energy Colliders

Germán Rodrigo

15/06/2026, 09:10

11. QCD matter under acceleration

Xu-Guang Huang

15/06/2026, 09:45

16. Experimental applications of quantum algorithms in high-energy physics

Hideki Okawa

15/06/2026, 10:50

26. Defining quantum advantage in microscopic nuclear theory

James Vary

15/06/2026, 11:25

18. Probing Confinement with Superconducting Circuits: From Z2 String Dynamics to Continuous U(1) Electrodynamics

Enrique Rico Ortega

15/06/2026, 14:00

Understanding confinement and gauge-field dynamics beyond the reach of classical computation is one of the driving motivations for quantum simulation. I will present two complementary advances using superconducting circuits as a platform for lattice gauge theories (LGTs).

First, I will report on a digital quantum simulation of the Z2-Higgs model in (2+1) dimensions on a superconducting...

27. Real-time correlation functions on quantum computers and neural networks

Xiaoyang Wang

15/06/2026, 14:35

28. Discrete non-Abelian lattice gauge theories: a playground for high-energy, many-body and quantum information science.

Matteo Wauters

15/06/2026, 15:10

31. Tensor network algorithms for high-dimensional HEP quantum simulations

Simone Montangero

15/06/2026, 16:15

12. Quantum entanglement of partons within strongly coupled QFTs

Yang Li

15/06/2026, 16:50

30. Quantum simulation of lattice gauge theory

Zhen-Sheng Yuan

16/06/2026, 09:00

17. Quantum simulation of simple nuclear reactions with realistic state dependent potentials

Francesco Pederiva

16/06/2026, 09:35

9. Observation of glueballs and string breaking in 2+1D lattice gauge theories on a quantum computer

Jad Halimeh

16/06/2026, 14:00

23. Approach to thermalization using quantum dynamics

Shuzhe Shi

16/06/2026, 14:35

24. Lattice QED$_3$ with staggered and Wilson fermions: finite density and topology

Simran Singh

16/06/2026, 15:40

14. Neural network wavefunctions for Hamiltonian lattice gauge theory simulations

Di Luo

16/06/2026, 16:15

20. Nuclear dynamics on digital quantum computers

Alessandro Roggero

17/06/2026, 09:00

8. Quantum simulations of various topics in 1+1D gauge theory

Xingyu Guo

17/06/2026, 09:35

5. Renormalized dual basis and continuum limit

Alessio Celi

17/06/2026, 10:40

7. Quantum Algorithms for Nuclear Many-Body Structure, Reactions, and Dynamics

Weijie Du

17/06/2026, 11:15

1. Light-Front Hamiltonian Approach to QCD Jets in the Quantum Era

Meijian Li (University of Santiago de Compostela)

17/06/2026, 14:00

4. Toward quantum simulations of Maxwell-Chern-Simons theory: constant modes and gauge field truncation

Andrea Bulgarelli

17/06/2026, 14:35

3. Spin-State Teleportation at MeV Energies via Entanglement Generation and Manipulation Between Protons

Dong Bai

17/06/2026, 15:10

29. Simulating particle production from classical fields using quantum computation

Bin Wu

17/06/2026, 16:15

6. Quantum Simulation of Meson Scattering in Lattice Gauge Theory

Yahui Chai

17/06/2026, 16:50

32. Quantum many-body senors

Abolfazl Bayat

18/06/2026, 09:00

13. Exponentially improved quantum simulation of scalar QFT

Ying-Ying Li

18/06/2026, 09:35

21. Hadron structure functions in the Hamiltonian framework

Manuel Schneider

18/06/2026, 10:40

25. Hadron structure by quantum computing

Tianyin Li

18/06/2026, 11:15

Parton distribution functions (PDFs), generalized parton distributions (GPDs), and hadronic tensors provide complementary information about the internal structure of hadrons. Quantum computing offers a Hamiltonian real-time simulation framework for these observables and may help overcome the sign problem that limits conventional Monte Carlo approaches.

In this talk, I will introduce recent...

34. Gauge field flow for chiral gauge theories on a slab and a disk boundary

Jinlong Dang (Peking University)

18/06/2026, 14:00

15. Symmetric mass generation as a multicritical point with enhanced symmetry

Sandip Maiti

18/06/2026, 14:35

10. Hamiltonian lattice gauge theory: Application to nonequilibrium and dense QCD matter

Yoshimasa Hidaka

18/06/2026, 15:10

22. Floquet systems and lattice fermions

Srimoyee Sen