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DTSTAMP:20250822T115805Z
LOCATION:Room 5.2D02
DTSTART;TZID=Europe/Stockholm:20250616T112000
DTEND;TZID=Europe/Stockholm:20250616T132000
UID:submissions.pasc-conference.org_PASC25_sess123@linklings.com
SUMMARY:MS1F - 2nd High Performance Computing Meets Quantum Computing (HPC
 +QC'25)
DESCRIPTION:Quantum Computing (QC) exploits quantum physical phenomena, li
 ke superposition and entanglement. A mature quantum computer has the poten
 tial to solve some exceedingly difficult problems with moderate input size
 s efficiently. Still, much work lies ahead before quantum computing can co
 mpete with traditional computer technologies or successfully integrate and
  complement them. From a software-only point of view, several promising al
 gorithms for quantum systems have been developed over the past decades. In
  general, it emerges a paradigm where quantum computers will not replace t
 raditional supercomputers. Instead, they will become an integral part of s
 upercomputing solutions, acting as an "accelerator", i.e. specialized to s
 peed-up some parts of the application execution. In this respect, this hyb
 rid HPC+QC approach is where real-world applications will find their quant
 um advantage. The goal of our proposal is to establish a regular minisympo
 sium event at PASC as a yearly venue, where researchers and developers can
  discuss their experiences with applications development with QC algorithm
 s, specifically related to the integration of applications currently runni
 ng on "traditional" HPC systems, which aim to use QC devices as an acceler
 ator.\n\nComparing Performance of Variational Quantum Algorithm Simulation
 s on HPC Systems\n\nThe variational quantum algorithms have a special impo
 rtance in the research on quantum computing applications, for their applic
 ability on current noisy intermediate-scale quantum (NISQ) devices. The ma
 in building blocks of these algorithms (e.g., the definition of the Hamilt
 onian and of the ansatz,...\n\n\nLuigi Iapichino, De Pascale Marco, Tobias
  Valentin Bauer, Yaknan John Gambo, Mario Hernández Vera, Stefan Huber, an
 d Burak Mete (Leibniz Supercomputing Centre); Amit Jamadagni Gangapuram (L
 eibniz Supercomputing Centre, current address: ORNL); and Amine Bentellis,
  Marita Oliv, and Jeanette Miriam Lorenz (Fraunhofer Institute for Cogniti
 ve Systems IKS)\n---------------------\nDriving the Snakes Out of Quantum:
  HPC-Centric Hybrid Quantum Programming Models\n\nIn this talk I present p
 rogress on programming models which treat quantum processing units (QPUs) 
 as accelerator devices in the HPC setting. In particular, I present CQ, a 
 C-like specification for interacting with a quantum computer or more preci
 sely, with a classical co-processor connected directly...\n\n\nOliver T. B
 rown (EPCC, University of Edinburgh)\n---------------------\nEfficient Int
 egration of Quantum Computing Resources in HPC Environments\n\nWe propose 
 a strategy for optimizing job throughput on supercomputers that can provid
 e access to specialist hardware resources (such as a quantum computing dev
 ice) that must be accessed exclusively. This strategy increases the utiliz
 ation of this special asset significantly and thus reduces the cost...\n\n
 \nAlfio Lazzaro, Tiziano Mueller, Alessandro Rigazzi, Aniello Esposito, Ha
 rvey Richardson, Jessica Jones, and Utz-Uwe Haus (HPE)\n------------------
 ---\nQoqo, the Quantum Computing Toolkit for Research and Industry\n\nThe 
 Qoqo QuantumProgram simplifies executing complex quantum algorithms by str
 eamlining both input preparation and post-process analysis. It enables use
 rs to easily specify parameters and configurations for quantum circuits wh
 ile offering straightforward serialization and deserialization for storing
 ...\n\n\nMatteo Lodi (HQS Quantum Simulations GmbH)\n\nDomain: Chemistry a
 nd Materials, Engineering, Physics, Computational Methods and Applied Math
 ematics\n\nSession Chair: Alfio Lazzaro (HPE)
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