Argonne Leadership Computing Facility

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Leadership Computing Resources

The ALCF provides users with access to supercomputing resources that are significantly more powerful than systems typically used for open scientific research.

Featured: Aurora
Science & Engineering
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Computational Science

The ALCF is accelerating scientific discoveries in many disciplines, ranging from chemistry and engineering to physics and materials science.

Featured: Engineering
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Growing the HPC Community

The ALCF is committed to providing training and outreach opportunities that prepare researchers to efficiently use its leadership computing systems, while also cultivating a diverse and skilled HPC workforce for the future.
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Accelerating Science

The Argonne Leadership Computing Facility enables breakthroughs in science and engineering by providing supercomputing resources and expertise to the research community.
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Support Center

The ALCF Support Center assists users with support requests related to their ALCF projects.

Help Desk
Hours: 9:00am-5:00pm CT M-F
Email: support@alcf.anl.gov
Guides
Featured: Get Started

Featured: MyALCF

First-Principles Electron Dynamics in Complex Systems

Research Project Materials Science

Heterogeneous Catalysis as a Collective Phenomenon within Dynamic Ensembles of States

Research Project Chemistry

AI-Guided Exascale Simulations of Quantum Materials Manufacturing and Control

Research Project Materials Science

High-Resolution Ensemble 3D Structures of Genome across Tissues

Research Project Biological Sciences

DNS of Wall-Bounded Magnetohydrodynamic Turbulence at High Reynolds Number

Research Project Engineering

Convection-Permitting Climate-Scale Simulations for Extreme Event Modeling

Research Project Earth Science

First-Principles Simulation of Hypersonic Flight

Research Project Engineering

Hypersonic Turbulent Boundary Layers Over Parameterized Wall Conditions

Research Project Engineering

COMbining deep-learning with Physics-Based affinIty estimatiOn 2 (COMPBIO2)

Research Project

Next-Generation 3D Core-Collapse Supernova Simulations

Research Project Physics

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Leadership Computing Resources

Featured: Aurora

Computational Science

Featured: Engineering

Growing the HPC Community

Accelerating Science

Support Center

Featured: Get Started

Featured: MyALCF

First-Principles Electron Dynamics in Complex Systems

Heterogeneous Catalysis as a Collective Phenomenon within Dynamic Ensembles of States

AI-Guided Exascale Simulations of Quantum Materials Manufacturing and Control

High-Resolution Ensemble 3D Structures of Genome across Tissues

DNS of Wall-Bounded Magnetohydrodynamic Turbulence at High Reynolds Number

Convection-Permitting Climate-Scale Simulations for Extreme Event Modeling

First-Principles Simulation of Hypersonic Flight

Hypersonic Turbulent Boundary Layers Over Parameterized Wall Conditions

COMbining deep-learning with Physics-Based affinIty estimatiOn 2 (COMPBIO2)

Next-Generation 3D Core-Collapse Supernova Simulations