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SUMMARY:Kinetic Simulation Techniques in Astrophysics
DTSTART:20270223T080000Z
DTEND:20270224T150000Z
DTSTAMP:20261022T110400Z
UID:indico-event-19450@indico.global
CONTACT:nhr-sw@csc.uni-frankfurt.de
DESCRIPTION:Speakers: Felix Spanier (Uni Heidelberg)\, Christian Sendlinge
 r\n\nKinetic methods are one of the many possible approaches to model a sy
 stem of many particles interacting with each other. The most prominent exa
 mple is the so-called Particle-in-Cell method (PiC).\nPiC is a versatile a
 nd extremely easy to implement kinetic method\, which is the main factor b
 ehind its popularity. The relatively low computational cost is the next po
 int making PiC such a common choice.\nIn this workshop PiC approaches and 
 their implementation in an HPC context are discussed. The main focus is th
 erefore on the simulation of extremely large systems.\nTopics include but 
 are not limited to:\n\nBasic concepts of different PiC approaches\nCurrent
  deposition schemes\nField solvers\nParticle movers\nParallelization strat
 egies\nI/O strategies\n\nLocation: Takes place at the campus Riedberg of G
 oethe University Frankfurt in the Otto Stern Zentrum room S4.\nRegistratio
 n Fee:  None (exclusive to academic institution members)\nOrganization: 
 Organized by the NHR@SW.\nDaily Timings:  9:00–16:00\n\nhttps://indico.
 global/event/19450/
LOCATION:Otto Stern Zentrum\, S4 (Center for Scientific Computing\, Campus
  Riedberg\, Goethe University)
URL:https://indico.global/event/19450/
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