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DTSTART;TZID=Europe/Stockholm:20240603T143000
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UID:submissions.pasc-conference.org_PASC24_sess137@linklings.com
SUMMARY:MS2D - Quantum Simulations of Lattice QCD: Long-Term Goal or Near 
 Future?
DESCRIPTION:Minisymposium\n\nThe rapid advancement of quantum technologies
  in recent years holds the potential to revolutionize various areas of phy
 sics where classical computations are prohibitively expensive. One promine
 nt example is the study of strong nuclear interaction, where getting predi
 ctions at high baryon densities and making full use of extensive experimen
 tal efforts is especially challenging due to the sign problem in the exist
 ing Monte Carlo approach. Despite all the theoretical and computational re
 search conducted so far, no systematic solution has been found for this is
 sue using classical computers. The proposed minisymposium aims to delve in
 to the recent progress in lattice gauge theories from two complementary pe
 rspectives: classical and quantum simulations. We intend to discuss the cu
 rrent status of large-scale lattice QCD projects running on leading HPC ce
 nters, as well as publicly available cloud-based quantum computing facilit
 ies. Additionally, we will touch upon the question of scalability in such 
 computations and discuss the latest experimental developments that make th
 ese computational advances possible. Our goal is to assess the potential t
 o chart the phase diagram of strongly interacting matter across a wide ran
 ge of densities, based on recent progress in quantum industry, experimenta
 l research, and theoretical foundations.\n\nOpen Discussion\n\nDiscussion 
 between academia and industry representatives.\n\n\nMarina Krstic Marinkov
 ic (ETH Zurich)\n---------------------\nQuantum-Computing Inspired Excursi
 ons into Particle Physics\n\nComputing methods on classical computers have
  dominated the discovery frontline from the fundamental physics for severa
 l decades now. It is however becoming clear that at least in physics, ther
 e are several computational avenues where development is only possible thr
 ough the methods of quantum compu...\n\n\nDebasish Banerjee (Saha Institut
 e of Nuclear Physics)\n---------------------\nEuroHPC's Quantum and Classi
 cal Computing Infrastructure and Applications\n\nI will describe the EuroH
 PC strategic agenda that aims to provide quantum computing and classical e
 xascale computing infrastructure for European science and industry. Some a
 pplications that will be supported for a hybrid QC+HPC solution will be di
 scussed and prospects for lattice gauge theories in a...\n\n\nSinead Ryan 
 (Trinity College Dublin)\n---------------------\nFrom Quantum Links to D-T
 heory: A Resource Efficient Framework for the Quantum Simulation of Gauge 
 Theories\n\nQuantum link models provide an extension of Wilson's lattice g
 auge theory in which the link variables have operator-valued entries. For 
 example, in a U(1) quantum link model the link variables are raising and l
 owering operators of quantum spins that belong to a link-based SU(2) embed
 ding algebra. Fo...\n\n\nUwe-Jens Wiese (University of Bern)\n\nDomain: Ph
 ysics\n\nSession Chair: Marina Krstic Marinkovic (ETH Zurich, Ludwig Maxim
 ilian University of Munich)
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