Focus on:  Hide Contributions
Back to Conference View
Login

Quantum Entanglement in High Energy Physics 2023

Data controller
Jagiellonian University
iod@uj.edu.pl
Privacy notice
→ Europe/Warsaw
Collegium Maius, Jagiellonian University, Cracow, Poland

Collegium Maius, Jagiellonian University, Cracow, Poland

ul. Jagiellońska 15, 31-010 Cracow
Maciej A. Nowak (Jagiellonian University)
Description

The concepts of using quantum information methods and tools in high-energy physics are triggering more and more attention in our community in recent years, after the pioneering workshop which took place at the Brookhaven National Laboratory in 2018. We are convinced that now it is the time for the follow-up and the discussion of new achievements.

Invited speakers: 

Oliver Keith Baker (Yale University)

Joao Barata ( Brookhaven National Laboratory)

Paweł Caputa (Warsaw University) 

Adrien Florio (Brookhaven National Laboratory)

Dorota Grabowska (University of Washington)

Michał P. Heller (Ghent University)

Dmitri Kharzeev (SUNY Stony Brook)

Alexander Kovner (University of Connecticut)

Krzysztof Kutak (Insitute of Nuclear Physics, Polish Academy of Science)

Michael Lublinsky (Ben-Gurion University of the Negev)

Juan Ramon Munoz de Nova (Complutense University of Madrid)

Robi Peschanski (IPhT Saclay)

Mateusz Płoskoń ( Lawrence Berkeley Laboratory)

Shigemori Seki (Osaka City University)

Marika Taylor (University of Southampton)

Erik Tonni (SISSA)

Ismail Zahed (SUNY Stony Brook) 

Registration:

Registration and call for abstracts were closed on April, 14.

Conference fee:

There is a conference fee of 200 EUR (900 PLN) which covers lunches and coffee breaks. Please make a bank transfer to one of the following bank accounts:

payment in PLN: PL07 1240 4722 1111 0000 4855 9692
payment in EUR: PL04 1240 2294 1978 0010 7072 2467

BIC code: PKOPPLPW 

Please indicate the title of the bank transfer as "QEHEP2023".

Logo

Logo prepared by OPEN AI programme DALL-E 2, interpreting the phrase “Quantum Entanglement in High Energy Physics"

Sponsors

Jagiellonian University in Cracow,

Strategic Programme Excellence Initiative at Jagiellonian University,

Mark Kac Center for Complex Systems Research

Participants
  • Alexander Kovner
  • Andrea Bulgarelli
  • Andrzej Siódmok
  • Dorota Grabowska
  • Juan Ramón Muñoz de Nova
  • Krzysztof Golec-Biernat
  • Krzysztof Kutak
  • Leszek Motyka
  • Maciej Nowak
  • Mario Flory
  • Matthias Kaminski
  • O. Keith Baker
  • Piotr Korcyl
  • Robi Peschanski
  • Romuald Janik
  • Shigenori Seki
  • Sándor Lökös
  • Tomasz Stebel
  • Zahra Raissi
  • +24
Contact
  • Wednesday, 10 May
    • 08:45
      Registration
    • 1
      Opening
    • 2
      Quantum entanglement with top quarks at the LHC
      Speaker: Juan Ramón Muñoz de Nova (Universidad Complutense de Madrid)
      TopQIKrakow.pdf
    • 10:30
      Coffee break
    • 3
      Entanglement entropy in particle scattering
      Speaker: Shigenori Seki
      230510_Krakow_SEKI.pdf
    • 4
      Maximally entangled proton and charged hadron multiplicity in Deep Inelastic Scattering

      I am going to present results for calculation of entanglement entropy in DIS following the proposal by Kharzeev and Levin and its application to describe hadronic entropy as measured by H1 collaboration.

      Speaker: Krzysztof Kutak (IFJ PAN)
      entanglementUJ_Kutak.pdf
    • 13:00
      Lunch break
    • 5
      Entanglement and high energy limit of quantum field theories
      Speaker: Yizhuang Liu (Jagiellonian University)
      rapidity_space_entanglement_Liu.pptx
    • 6
      SU(2) gauge fields and quantum entanglement
      Speaker: Jakub Mielczarek (Jagiellonian University)
      QEHEP2023_Mielczarek.pdf
    • 17:00
      Coffee break
    • 7
      Quantum entanglement and entanglement entropy in Higgs decay to vector bosons
      Speaker: Oliver Baker (Yale University, Department of Physics)
      Cracow-Poland-Workshop2023_Baker.pdf
    • 8
      Entanglement entropy for Lifshitz fermionic fields at finite energy
      Speaker: Erik Tonni (SISSA Trieste)
      Tonni2023Cracow.pdf
  • Thursday, 11 May
    • 10:30
      Coffee break
    • 9
      Modular spread complexity
      Speaker: Paweł Caputa
      Pawel_Caputa_Krakow 2023.pdf
    • 10
      Entanglement entropy in critical Abelian Higgs model
      Speaker: Jakub Zakrzewski (UJ)
      Abelian-Higgs2.pdf
    • 13:00
      Lunch/Museum
    • 11
      Probing the limits of quantum theory with quantum information at subnuclear scales
      Speaker: Michał Eckstein
      Eckstein_Maius23.pdf
    • 12
      Entanglement and spin correlations at high energies
      Speaker: Joao Barata
      Barata.pdf
    • 17:00
      Coffee break
    • 13
      Entanglement in high energy physics
      Speaker: Ismail Zahed
      KRAKOW-23_zahed.pptx
    • 14
      Quantum entanglement in high energy interactions
      Speaker: Dmitri Kharzeev
      Kharzeev_Cracow.pdf
  • Friday, 12 May
    • 15
      Efficient quantum digital simulations of U(1) lattice gauge theory
      Speaker: Dorota Grabowska (UW Seattle and IQuS)
      Grabowska_QE4HEP.pdf
    • 10:30
      Coffee break
    • 16
      A quantum information perspective on meson melting
      Speaker: Michał Heller
      michal_heller-cracow-2023.pdf
    • 17
      Towards real-time dynamics of QCD on quantum computers - examples from hot-QCD studies in heavy-ion collisions
      Speaker: Mateusz Płoskoń
      QuantumEntanglementKrakow2023-MP.pdf
    • 13:00
      Lunch break
    • 18
      Many body entanglement and quantum error correction
      Speaker: Zahra Raissi
      Krakow_Raissi.pdf
    • 19
      Complexity and Loschmidt echo in spin chain
      Speaker: Mamta Gautam
      QHEP mamta.pdf
    • 20
      Entanglement entropy from non-equilibrium lattice simulations

      The entanglement entropy is a quantity encoding important features of
      strongly interacting quantum many-body systems and gauge theories, but
      its analytical study is still limited to systems with high level of
      symmetry. This motivates the search for efficient techniques to
      investigate this quantity numerically, by means of Monte Carlo
      calculations on the lattice. In this talk, we present a lattice
      determination of the entropic c-function using a novel algorithm based
      on Jarzynski's equality: an exact theorem from nonequilibrium statistical mechanics. After presenting benchmark results for the Ising
      model in two dimensions, where our algorithm successfully reproduces the
      analytical predictions from conformal field theory, we discuss its
      generalization to the three dimensional Ising model, for which we were
      able to extract universal terms beyond the area law. Finally we comment
      on future applications to gauge theories.

      Speaker: Andrea Bulgarelli (University of Turin and INFN Turin)
      andrea_bulgarelli_krakow_2023-1.pdf
    • 16:50
      Coffee break
    • 19:00
      Conference dinner
  • Saturday, 13 May
    • 21
      Real-time non-perturbative dynamics of jet production in Schwinger model: quantum entanglement and vacuum modifications
      Speaker: Adrien Florio
      main_Florio.pdf
    • 10:30
      Coffee break
    • 22
      Classical entanglement and entropy
      Speaker: Alexander Kovner
      Classical Entanglement Kovner.pdf
    • 23
      Entanglement in high energy collisions
      Speaker: Michael Lublinsky
      Lublinskytalk.pdf
    • 13:00
      Lunch break
Powered by Indico v3.2.2