PIConGPU: Applications in Laser Ion Acceleration and Non-LTE Ionization Modeling


PIConGPU: Applications in Laser Ion Acceleration and Non-LTE Ionization Modeling

Huebl, A.; Widera, R.; Pausch, R.; Burau, H.; Garten, M.; Matthes, A.; Debus, A.; Kluge, T.; Bussmann, M.

Abstract

We present the scientific workflow and applications in plasma physics of the performance portable, open source, 3D3V electro-magnetic, many-core particle-in-cell (PIC) code PIConGPU. With an open and modern software environment, PIConGPU is already suited for the largest available supercomputers today and has now evolved to a single-source hardware independent PIC code running on conventional x86 architectures, upcoming OpenPOWER CPUs, many-core accelerators and as before, GPUs.

Keywords: PIConGPU; workflows; open science; 3D3V simulation; OpenPOWER; Alpaka; performance-portability; LPA; laser-plasma

  • Poster
    HZDR PhD Seminar, 16.-18.10.2017, Seiffen, Deutschland

Permalink: https://www.hzdr.de/publications/Publ-27959