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24 In addition to a newbie user tutorial and a {any}`newbie_developer_workshop`, the meeting will include a "speed dating" session where users can ask questions of developers (and each other) about technical details of their particular simulations. Finally, the meeting will be interspersed with mini-tutorials that will dive into particular aspects of PETSc that users may not be familiar with.
120 | 9:30 am  | PETSc-PIC: A Structure-Preserving Particle-In-Cell Method for Electrostatic Solves ([Slides][s_25], [Video][v_25])                  | [Daniel Finn]                       |
178 algorithms are designed to leverage the high concurrency of GPUs. In this
193 implementation of various phase-field models of fracture. In this talk,
209 land-ice models. In this work, a new formulation for the ocean model is
279 :::{topic} **PETSc-PIC: A Structure-Preserving Particle-In-Cell Method for Electrostatic Solves**
291 Particle-In-Cell (PETSc-PIC) model is a highly scalable,
292 structure-preserving PIC method with multigrid capabilities. In the PIC
338 refinement level. In an unstructured grid, isoparametric mapping is
394 magnetohydrodynamic (MHD) model, which ignores the plasma inertia. In this
399 tokamak reactor. In the case of whole device modeling, we further consider
453 cloud chambers. In this talk, we will present our ongoing work aimed at
477 In this presentation I will discuss several geodynamic software packages
594 collision integral. In recent years a particle discretization has been
611 T(lambda). In this talk, we will illustrate the use of NEP in the context
641 into the overall software development and deployment processes. In this
659 In this tutorial, we will be giving an introduction to ADMM algorithm on
710 computational mesh. In this contribution, we will present the details of
732 exist in the fully ionized space environment. In a relatively narrow
819 In the traditional MPI+Thread programming paradigm, MPI and OpenMP each
831 MPI for inter-thread communications. In particular, this allows an OpenMP
844 In this mini-tutorial, we will briefly introduce the GPU backends of PETSc and how to configure, build, run
855 In this mini-tutorial, we will introduce: How to convert between PETSc vectors/matrices and PyTorch tensors;
867 In this mini-tutorial, we will introduce the Python binding of PETSc.
877 In this mini-tutorial, we will introduce the DMPlex class in PETSc.
887 In this mini-tutorial, we will introduce the DMSwarm class in PETSc.