Computational Study of Alzheimer's Disease Abeta Peptide Aggregation Inhibition by a D-Peptide:
Abnormal protein folding and aggregation are causative mechanisms underlying many different di... More...

Identifying the root causes of wait-states in massively parallel applications:
Load- or communication imbalance prevents many parallel codes from taking advantage of the ever-increasing pa... More...

Welcome and introduction:
On October 11, the new students of the Master's program Simulation Sciences will be welcomed and introduced to studying in Aachen in general and Simulation Sciences... More...

Mapping and Scheduling of MultiKPN Applications - A Case Study:
Multi-processor systems are increasingly becoming common these days, both in general purpose computers and embedded systems. ... More...

Introduction to Computational Fluid Dynamics:
From September 6 to 9, the workshop "Introduction to Computational Fluid Dynamics" will take place at the German Research School for Simulation ... More...

Massively Parallel Simulation of Strongly Correlated Materials:
Strongly correlated materials show unusual behavior that offer rich opportunities for applications. Striking examples are hig... More...

CFD++ - Multi-Scale methods for Real Gas Applications, Aero Acoustics, Plasma Flows and Medical Physics in the face of HPC:
Multi-Scale simulations became more and more important over the l... More...

Supersonic Combustor Fuel Injection Simulations Using a Hybrid RANS/LES Approach:
The flow inside the combustion chamber of a supersonic combustion ramjet (scramjet) engine is challenging to... More...

Computational Molecular Medicine:
Cellular processes involve molecular recognition, dominated by short-range, intermolecular interactions among biomolecules. Providing the molecular basis o... More...

On Wednesday, April 28, 2010, the Jülich premises of the German Research School for Simulation Sciences will officially open. The new two-story building provides lecture, study, and confe... More...