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DTSTAMP:20260724T151407Z
LOCATION:Bldg. 6 - 001 - Plenary Room
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:Access the recording\n\nOrganizer(s): Alfio Lazzaro (HPE)\n\nQ
 uantum Computing (QC) leverages quantum physical phenomena, such as superp
 osition and entanglement. A mature quantum computer has the potential to s
 olve some exceedingly difficult problems with moderate input sizes efficie
 ntly. Still, much work lies ahead before quantum computing can compete wit
 h traditional computer technologies, or even successfully integrate and co
 mplement them. The challenges lie in the technological manufacturing appro
 ach and in the efficient programming of these systems. In contrast, superc
 omputers and their applications are significantly larger and operate with 
 proven tools that have been developed over decades. In general, a paradigm
  emerges where quantum computers will not replace traditional supercompute
 rs. Instead, they will become an integral part of supercomputing solutions
 , acting as an "accelerator", i.e., specialized to speed up some parts of 
 the application execution. In this respect, this hybrid HPC+QC approach is
  where real-world applications will find their quantum advantage. This is 
 a rapidly evolving field of research, which requires coordinated integrati
 on work and knowledge of both novel quantum algorithm development and trad
 itional parallel programming. This is the third edition of the successful 
 minisymposium we organized at PASC 2024 and PASC 2025.\n\nAccelerated Quan
 tum Supercomputing: SKQD on QPUs and GPUs at LRZ\n\nRecent advances in qua
 ntum computing for molecular electronic structure are shifting from variat
 ional quantum algorithms toward subspace-based, sample-driven approaches t
 hat integrate quantum devices with classical high-performance computing (H
 PC). Quantum-Selected Configuration Interaction (QSCI) e...\n\n\nZohim Cha
 ndani (NVIDIA Inc.)\n---------------------\nHPC+Quantum Integration: Middl
 eware for Authentication and Quantum Resource Accounting\n\nThis session p
 resents the middleware architecture developed within the Finnish Quantum‑C
 omputing Infrastructure (FiQCI) to integrate quantum computing resources i
 nto high‑performance computing (HPC) environments. The FiQCI middleware in
 troduces a dedicated quantum-resource accounting lay...\n\n\nMikael Johans
 son, Olli Mukkula, Jake Muff, and Michael Mucciardi (CSC - IT Center for S
 cience) and Modupe Falodun (CSC – IT Center for Science)\n----------------
 -----\nTime Evolution on Hybrid Tensor Networks - A Novel Parallelizable A
 lgorithm\n\nWe propose a novel and parallelizable hybrid quantum-classical
  algorithm for the time evolution of a quantum state. To achieve this, we 
 begin with the matrix product state (MPS) representation of the initial st
 ate and offload its central sites to a quantum computer. This happens as s
 oon as the class...\n\n\nTobias Valentin Bauer (Leibniz Supercomputing Cen
 tre) and Richard Milbradt and Christian Mendl (Technical University of Mun
 ich)\n---------------------\nRoundtable discussion on HPC interaction with
  Quantum Computing\n\nSpeakers will be asked to comment on some general to
 pics related to the interaction between HPC and Quantum Computing:\n* The 
 Potential of Quantum Computing: applications;\n* Bridging the Gap Between 
 HPC and Quantum: workflows and management.\nThey will engage with the audi
 ence in a Q&A session.\n\n\nAlfio Lazzaro (HPE)\n\nDomain: Chemistry and M
 aterials, Engineering, Physics, Computational Methods and Applied Mathemat
 ics\n\nSession Chair: Alfio Lazzaro (HPE)
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