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LOCATION:HG F 26.3
DTSTART;TZID=Europe/Stockholm:20240603T113000
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UID:submissions.pasc-conference.org_PASC24_sess161@linklings.com
SUMMARY:MS1G - Novel Algorithms and HPC Implementations for Exascale Parti
 cle-In-Cell Methods
DESCRIPTION:Minisymposium\n\nThe primary aim of this minisymposium is to a
 ssemble a focused discussion on the challenges, emerging best practices, a
 nd innovative algorithms associated with Particle-in-Cell (PIC) methods as
  they relate to exascale architectures. The minisymposium specifically add
 resses demanding scientific problems that can be resolved through the appl
 ication of cutting-edge exascale techniques, primarily rooted in the PIC p
 aradigm. The spotlight of this minisymposium is predominantly on the compl
 exities encountered at the exascale level, deviating from the routine narr
 atives of success stories that have been repeatedly recounted. In this set
 ting, we aim to foster a conducive environment for active dialogue, encour
 aging participants to delve deeper into unresolved issues and explore the 
 potential of PIC at the exascale level.\n\nPorting Lattice QCD Simulations
  to Exascale Architectures: Opportunities and Challenges\n\nIn this talk, 
 we explore the transition of lattice Quantum Chromodynamics (Lattice QCD) 
 simulations to exascale computing architectures, highlighting the signific
 ant interdisciplinary opportunities and challenges inherent in this effort
 . Lattice QCD, a crucial tool for understanding the strong force...\n\n\nM
 arina Krstic Marinkovic (ETH Zurich, CERN)\n---------------------\nA New L
 agrangian-Based Approach to Studying Highly-Turbulent Fluid Flows\n\nDespi
 te their inherent diffusivity and the additional effort required for model
 ling turbulent eddies on the subgrid scale, Eulerian-based approaches are 
 nowadays widely accepted tools for the simulation of turbulent fluid flows
 . Lagrangian methods, on the other hand, represent a viable alternative a.
 ..\n\n\nMatthias Frey and David Dritschel (University of St Andrews) and S
 teven Böing (University of Leeds)\n---------------------\nIPPL: A Massivel
 y Parallel, Performance Portable C++ Library for Particle-Mesh Methods and
  Efficient Solvers\n\nWe present the Independent Parallel Particle Layer (
 IPPL), a performance portable C++ library for particle-in-cell methods. IP
 PL makes use of Kokkos (a performance portability abstraction layer), HeFF
 Te (a library for large scale FFTs), and MPI (Message Passing Interface) t
 o deliver a portable, mass...\n\n\nSonali Mayani (Paul Scherrer Institute,
  ETH Zurich); Antoine Cerfon (Type One Energy, New York University); Matth
 ias Frey (University of St Andrews); Veronica Montanaro (ETH Zurich); Srir
 amkrishnan Muralikrishnan (Forschungszentrum Jülich); Alessandro Vinciguer
 ra (ETH Zurich); and Andreas Adelmann (Paul Scherrer Institute)\n---------
 ------------\nParticle-In-Cell (PIC) in Extreme Plasma Conditions: Strateg
 ies for HPC in QED-Dominated Interactions\n\nTo answer the needs of modell
 ing strong field interaction, PIC codes require tailored additional develo
 pment. In particular, we have incorporated additional physics such that in
 -house developed OSIRIS framework could be used to simulate plasmas in ext
 reme conditions, from the classical to the fully ...\n\n\nMarija Vranic (I
 nstituto Superior Técnico)\n\nDomain: Engineering, Physics, Computational 
 Methods and Applied Mathematics\n\nSession Chair: Andreas Adelmann (Paul S
 cherrer Institute, ETH Zurich)
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