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Funding
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We thank the United States Department of Energy, `Office of Science `__,
Advanced Scientific Computing Research (ASCR)
`Applied Mathematics Research `__,
`SciDAC `__, and
`Exascale Project `__ programs for providing much of the funding of PETSc.
Specific and previous funding sources:
* High Energy Physics (HEP) SciDAC Partnership `Multiscale acceleration: Powering future discoveries in High Energy Physics `__, 2022-
* Biological and Environmental Research (BER) SciDAC Partnership `Capturing the Dynamics of Compound Flooding in E3SM `__, 2022-
* Fusion Energy Science (FES) SciDAC Partnership `Partnership Center for High-fidelity Boundary Plasma Simulation (SciDAC-4) `__, 2005-
* FES SciDAC Partnership `Simulation Center for Runaway Electron Avoidance and Mitigation `__, 2015-2023
* Exascale Computing Project `WDMApp `__, 2021
* Applied Mathematics Base (Core) funding, 1994-
* Preparing PETSc/TAO for Exascale a DOE `Exascale Project `__
* SciDAC `FASTMath Project `__, 2011-
* SciDAC `TOPS Project `__, 2001-2011
* DOE ASCR SciDAC-e, Large-Scale Differential Variational Inequalities for Heterogeneous Materials, 2010-2011
* NFS `Computational Infrastructure for Geodynamics `__
(CIG), 2005-2009
* Advanced Reactor Simulation, Richard Martineau, LDRD, `Idaho National Laboratory `__
* Multiphase Flow Simulation, Ray Berry, LDRD, `Idaho National Laboratory `__
* The DOE 2000 `ACTS Toolkit `__
* The DOE/FE ACTI program, late 1990's
* NSF ``Multi-Model Multi-Domain Computational Methods in Aerodynamics and Acoustics``, 1996-1998