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DTSTAMP:20260421T090513Z
LOCATION:Plenary Room (Bldg. 6 - 001)
DTSTART;TZID=Europe/Stockholm:20260629T133000
DTEND;TZID=Europe/Stockholm:20260629T153000
UID:submissions.pasc-conference.org_PASC26_sess112@linklings.com
SUMMARY:MS1I - 3rd High Performance Computing meets Quantum Computing (HPC
 +QC'26)
DESCRIPTION:Quantum Computing (QC) leverages quantum physical phenomena, s
 uch as superposition and entanglement. A mature quantum computer has the p
 otential to solve some exceedingly difficult problems with moderate input 
 sizes efficiently. Still, much work lies ahead before quantum computing ca
 n compete with traditional computer technologies, or even successfully int
 egrate and complement them. The challenges lie in the technological manufa
 cturing approach and in the efficient programming of these systems. In con
 trast, supercomputers and their applications are significantly larger and 
 operate with proven tools that have been developed over decades. In genera
 l, a paradigm emerges where quantum computers will not replace traditional
  supercomputers. Instead, they will become an integral part of supercomput
 ing solutions, acting as an "accelerator", i.e., specialized to speed up s
 ome parts of the application execution. In this respect, this hybrid HPC+Q
 C approach is where real-world applications will find their quantum advant
 age. This is a rapidly evolving field of research, which requires coordina
 ted integration work and knowledge of both novel quantum algorithm develop
 ment and traditional parallel programming. This is the third edition of th
 e successful minisymposium we organized at PASC 2024 and PASC 2025.\n\nHPC
 +Quantum Integration: Middleware for Authentication and Quantum Resource A
 ccounting\n\nThis session presents the middleware architecture developed w
 ithin the Finnish Quantum‑Computing Infrastructure (FiQCI) to integrate qu
 antum computing resources into high‑performance computing (HPC) environmen
 ts. The FiQCI middleware introduces a dedicated quantum-resource accountin
 g lay...\n\n\nMikael Johansson, Olli Mukkula, Jake Muff, and Michael Mucci
 ardi (CSC - IT Center for Science) and Modupe Falodun (CSC – IT Center for
  Science)\n---------------------\nTime Evolution on Hybrid Tensor Networks
  - A Novel Parallelizable Algorithm\n\nWe propose a novel and parallelizab
 le hybrid quantum-classical algorithm for the time evolution of a quantum 
 state. To achieve this, we begin with the matrix product state (MPS) repre
 sentation of the initial state and offload its central sites to a quantum 
 computer. This happens as soon as the class...\n\n\nTobias Valentin Bauer 
 (Leibniz Supercomputing Centre) and Richard Milbradt and Christian Mendl (
 Technical University of Munich)\n---------------------\nAccelerated Quantu
 m Supercomputing: SKQD on QPUs and GPUs at LRZ\n\nRecent advances in quant
 um computing for molecular electronic structure are shifting from variatio
 nal quantum algorithms toward subspace-based, sample-driven approaches tha
 t integrate quantum devices with classical high-performance computing (HPC
 ). Quantum-Selected Configuration Interaction (QSCI) e...\n\n\nZohim Chand
 ani (NVIDIA Inc.)\n---------------------\nPerformant, scalable HPC-QC inte
 gration\n\nRecent advances in hybrid quantum algorithms require HPC classi
 cal resources and are augmented with AI agents or generative models. It is
  these algorithms which offer the most promising path to near- and mid-ter
 m quantum advantage. In order to deliver on this, hardware and software in
 tegration must ...\n\n\nElise Jennings (Qambria)\n\nDomain: Chemistry and 
 Materials, Engineering, Physics, Computational Methods and Applied Mathema
 tics\n\nSession Chair: Alfio Lazzaro (HPE)
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