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DTSTART;TZID=Europe/Stockholm:20240604T110000
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UID:submissions.pasc-conference.org_PASC24_sess160@linklings.com
SUMMARY:MS3I - High Performance Computing Meets Quantum Computing
DESCRIPTION:Minisymposium\n\nQuantum Computing (QC) exploits quantum physi
 cal phenomena, like superposition and entanglement. A mature quantum compu
 ter has the potential to solve some exceedingly difficult problems with mo
 derate input sizes efficiently. Still, much work lies ahead before quantum
  computing can compete with current HPC technologies, or even successfully
  integrate and complement them. From the solely software point of view, se
 veral promising algorithms for quantum systems have been developed over th
 e past decades. These algorithms have been limited to a specific set of pr
 oblem types and require the users to transform their problem into a format
  that can be solved using these quantum algorithms. In general, it emerges
  a paradigm where quantum computers will not replace traditional supercomp
 uters. Instead, they will become an integral part of supercomputing soluti
 ons, acting as an "accelerator", i.e. specialised to speed-up some parts o
 f the application execution. In this respect, this hybrid HPC-QC approach 
 is where real-world applications will find their quantum advantage. The go
 al of the minisymposium is to gather researchers and developers to discuss
  their experiences with applications development with QC algorithms, speci
 fically related to the integration of applications currently running on "c
 lassical" HPC systems that aims to use QC devices as an accelerator.\n\nEn
 abling the Seamless Execution of Hybrid Quantum-HPC Workflows on Classical
  HPC Systems\n\nDriven by the rapid development of intermediate-scale quan
 tum devices, hybrid classical-quantum workflows have come into the focus o
 f many leading HPC service providers including clouds and supercomputing c
 enters. This interest is enhanced by promising early results such as varia
 tional methods for q...\n\n\nAlfio Lazzaro, David Brayford, Sebastien Caba
 niols, Jessica Jones, Aniello Esposito, Tiziano Mueller, and Utz-Uwe Haus 
 (HPE) and Gabriele Dangeli (EPFL, HPE)\n---------------------\nUnlocking T
 rue Quantum Circuit Multi-Objective Optimization: LRZ's Innovative Approac
 h and Breakthroughs\n\nOne of the primary goals at the LRZ is to steer qua
 ntum circuit compilation to unlock the full potential of quantum accelerat
 ors within HPC environments. During the presentation, I will explore the d
 etails of our approach with the Munich Quantum Software Stack (MQSS), spec
 ifically around quantum cir...\n\n\nJorge Echavarria (Leibniz Supercomputi
 ng Centre)\n---------------------\nIs High Performance Quantum Computing E
 ven Possible?\n\nIn 1975, the Cray 1 changed the definition of high perfor
 mance computing (HPC).  Essentially a single if extremely large processor,
  it would not be recognisable to many of those dependent on scientific com
 puting today.  Some components that we now see on-chip were in entirely se
 parate cabinets, and ...\n\n\nJessica Jones (HPE) and James Davenport (Uni
 versity of Bath)\n---------------------\nA Vision of Quantum-Centric Super
 computing\n\nQuantum computing systems continue to scale in size and quali
 ty. Furthermore, error\nresilience approaches start to enable interesting 
 computational regimes opening what\nwe call the era of quantum utility. In
  this era, the integration of quantum with HPC\nbecomes critical to unlock
  the full potential ...\n\n\nMax Rossmannek, Antonio Corcoles, Iskandar Si
 tdikov, Daniel Egger, and Kate Marshall (IBM Research)\n\nDomain: Chemistr
 y and Materials, Physics, Computational Methods and Applied Mathematics\n\
 nSession Chair: Alfio Lazzaro (HPE)
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