NHR-Atomistic Simulation Symposium

Europe/Berlin
virtual (online)

virtual

online

Description

The Atomistic Simulation Center of the National High-Performance Computer Centers (NHR) cordially invites everyone to the inauguration symposium.

The symposium is organized by the Atomistic Simulation Center that consists of the three NHR centers:Logos of the NHR centers

 

Please register below to receive the login information for the virtual conference.

 

Flyer: Download Flyer

  • Tuesday, October 26
    • Challenges in Atomistic Simulations through National High-Performance Computer Centers (NHR)
      • 1
        Opening remarks
      • 2
        Gerhard Wellein: Nationales Hochleistungsrechnen - NHR-Alliance
      • 3
        Petra Imhof: The Atomistic Simulation Center in Paderborn-Erlangen-Berlin
    • 2:45 PM
      Break
    • Materials Science at the Atomic Scale
      • 4
        Ralf Drautz: Atomic cluster expansion for bridging from electrons to materials properties
      • 5
        Erik Bitzek: Mechanics at the Nanoscale - Comparison between Experiments and Simulations
      • 6
        Gero Schmidt: Understanding Phase Transitions in Quasi-1D Systems
    • 4:20 PM
      Break
    • Modelling Soft Matter at the Atomic Scale
      • 7
        Frauke Gräter: Towards reactive Molecular Dynamics simulations: learning barriers
      • 8
        Felix Höfling: GPU-powered molecular dynamics simulations of liquids
      • 9
        Ana S. Smith: Multiscale modeling of SILP catalysis
      • 10
        Bettina Keller: Molecules move! Disentangling complex molecular dynamics and their function
  • Wednesday, October 27
    • Life Sciences at the Atomic Scale
      • 11
        Ulrich Kleinekathöfer: Transport in biomolecular systems: On light harvesting and nanopore
      • 12
        Holger Gohlke: Structure-based computational enzyme engineering
    • 3:20 PM
      Break
    • Novel Approaches in Quantum Chemistry
      • 13
        Peter Saalfrank: Photochemistry and Spectroscopy of Molecules at Surfaces: Insights from Ab Initio Molecular Dynamics
      • 14
        Christian Ochsenfeld: Fast low-, linear-, and sublinear- scaling quantum-chemical methods for modern computing platforms
      • 15
        Thomas Kühne: Very large scale simulations using the non-orthogonal local submatrix method
      • 16
        Andreas Görling: Chemical accuracy with σ-functionals for the Kohn-Sham correlation energy
    • 5:40 PM
      Break
    • Technical and Algorithmic Challenges in High-Performance Computing
      • 17
        Christian Plessl: Towards Exascale Computing for Atomistic Simulations with GPUs
      • 18
        Concluding remarks