Supercomputing at the Leading Edge

A Key Technology for Science and Engineering

Multiscale Simulations of Kinase Activity

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Towards High-Mass Star Formation: Confronting Simulations and Observations

University of Wuppertal Research Team Uses Jülich Supercomputing Centre's HPC Resources to Reduce AI Uncertainty

Research Snapshot

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Simulations of Anisotropic Crystal Growth and Interaction with Flow Field Using a Diffuse-Interface Lattice-Boltzmann Formulation

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Fitting Multi-Cellular Stochastic Models Using Approximate Bayesian Computation

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MAssive Parallel Approximation of Static and Time-VariablE Reference Surfaces with C1-smooth Finite Element Model Functions

The Smallest Galaxies Providing Big Insights into Dark Matter

Optical Properties of Doped Semiconductors