Opening Talk: "Quantum advantage in HEP, physics drives and the path forward"

• Organizers

Room: Herbert Walter Lecture Hall

Classical Monte Carlo simulations of finite-density and real-time dynamics in HEP: status and prospects

• Paulo Bedaque (University of Maryland, College Park, USA)

Room: Herbert Walter Lecture Hall

Classical tensor-network simulations of finite-density and real-time dynamics in HEP: status and prospects

• Mari-Carmen Banuls (Max Planck Institute for Quantum Optics, Garching, DE)

Room: Herbert Walter Lecture Hall

Panel discussion on: “Classical-simulation methods in HEP: what can they ultimately achieve and what is the limit?”

• Erez Zohar
• Paulo Bedaque
• Mari-Carmen Banuls
• Karl Jansen
• Yannick Meurice

Room: Herbert Walter Lecture Hall Panelists: Mari-Carmen Banuls, Paulo Bedaque, Karl Jansen, Yannick Meurice, Erez Zohar

Status and prospect of quantum simulating quantum fields: analog approaches

• Federica Surace (California Institute of Technology, USA)

Room: Herbert Walter Lecture Hall

Simulating one-dimensional quantum chromodynamics on a quantum computer: Real-time evolutions of tetra- and pentaquarks

• Christine Muschik (University of Waterloo, Institute for Quantum Computing, CA)

Room: Herbert Walter Lecture Hall

Poster session Room: Herbert Walter Lecture Hall

Entanglement in quantum fields: how to define, probe, and harness?

• Natalie Klco (Duke University, USA)

Room: Herbert Walter Lecture Hall

Quantum-simulation methods for Large Hadron Collider: parton shower and scattering amplitudes

• Stefano Carrazza (University of Milan and INFN, IT)

Room: Herbert Walter Lecture Hall

Quantum-assisted methods and quantum machine learning for HEP: applications and prospects

• Sofia Vallecorsa (CERN, CH/FR)

Room: Herbert Walter Lecture Hall

Panel discussion on: “What are the immediate and long-term applications of, challenges associated with, and the roadmaps for, achieving quantum advantage in HEP?”

• Federica Surace
• Stefano Carrazza
• Sofia Vallecorsa
• Natalie Klco
• Christine Muschik
• Jesse Stryker

Room: Herbert Walter Lecture Hall Panelists: Stefano Carrazza, Natalie Klco, Christine Muschik, Jesse Stryker, Federica Surace, Sofia Vallecorsa

Formal and algorithmic developments for quantum-simulating non-Abelian and higher-dimensional gauge theories

• Jesse Stryker (University of Maryland, College Park)

Room: Herbert Walter Lecture Hall

Entanglement, spacetime, and quantum gravity

• Joe Lykken (Fermi National Accelerator Laboratory, USA)

Room: Herbert Walter Lecture Hall

Lightning talk: "Variational quantum thermalizers for gauge theories”

• Michael Fromm

Room: Herbert Walter Lecture Hall

Lightning talk: "Variational quantum simulation of Abelian lattice gauge theories with qudit systems"

• Pavel Popov

Room: Herbert Walter Lecture Hall

Lightning talk: "Spin exchange-enabled quantum simulator of large-scale non-Abelian gauge theories"

• Jad C. Halimeh

Room: Herbert Walter Lecture Hall

Lightning talk: "Cold-atom regularizations of Gross-Neveu-type relativistic QFTs"

• Alejandro Bermúdez

Room: Herbert Walter Lecture Hall

Lightning talk: "Perturbative boundaries of quantum advantage for digitized anharmonic oscillators"

• Yannick Meurice

Room: Herbert Walter Lecture Hall

Lightning talk: "Quantum integration of elementary-particle processes"

• Mathieu Pellen (University Freiburg)

Room: Herbert Walter Lecture Hall

Lightning talk: "Quantum algorithms for the simulation of perturbative QCD processes"

• Herschel A. Chawdhry

Room: Herbert Walter Lecture Hall

Lightning talk: "Fermionic gauged Gaussian Tensor Networks for (2+1)d lattice gauge theories"

• Patrick Emonts

Room: Herbert Walter Lecture Hall

Lightning talk: "Confinement in 1D Z2 gauge theories with dynamical matter"

• Fabian Grusdt

Room: Herbert Walter Lecture Hall

Analog simulation and digital computation with neutral atoms for HEP applications and beyond

• Monika Aidelsburger (Ludwig-Maximilians-Universität, München, DE)

Room: Herbert Walter Lecture Hall

Analog simulation and digital computation with trapped ions for HEP applications and beyond

• Martin Ringbauer (Universität Innsbruck, AT)

Room: Herbert Walter Lecture Hall

Analog simulation and digital computation with solid-state platforms for HEP applications and beyond

• Tom O'Brien (Google Quantum AI, München, DE)

Room: Herbert Walter Lecture Hall

Panel discussion on: “Will the quantum-simulating technologies enable quantum advantage in HEP?”

• Monika Aidelsburger
• Tom O'Brien
• Ignacio Cirac
• Joe Lykken
• Martin Ringbauer

Room: Herbert Walter Lecture Hall Panelists: Monika Aidelsburger, Ignacio Cirac, Joe Lykken, Tom O’Brien, Martin Ringbauer

Final remarks by organizers Room: Herbert Walter Lecture Hall