Communities / Flagships / Infrastructure

Numerical Analysis

Development of numerical algorithms is critical in successful e-Science based research, often matching or outperforming improvements of hardware in terms of speed gains. The work in the numerical analysis group focus on algorithm development and analysis for multiscale, multiphysics and...

e-Science for Cancer Prevention and Control

Why do some people get cancer and others do not? Why do some people respond well to certain treatments whilst others do not? How can we improve cancer screening such as mammography to increase the rate of early cancer detection? These are some of the questions that will be addressed in the SeRC...

NSC

The National Supercomputer Centre in Sweden (NSC) provides leading edge high performance computing resources and support to users throughout Sweden. NSC is an independent organisation within Linköpings universitet. NSC...

FLOW

The intricate behaviour of flowing fluids in both nature and technical applications has fascinated scientists and laymen alike for centuries. Complex phenomena such as turbulence are ubiquitous in fluid flows, and studying them is of major relevance not only for industrial applications, but also...

PDC

PDC operates leading-edge, high-performance computers on a national level. PDC offers easily accessible computational resources that primarily cater to the needs of Swedish academic research and education. PDC also takes part in major international projects to...

SeRC Exascale Simulation Software Initiative - SESSI

The SeRC Steering group established a new flagship program on software for Exascale simulations. The program aims to improve the performance and scalability of selected software packages by establishing new collaborative projects for exchange of expertise among research groups in the Molecular...

Electronic Structure

The research within the Electronic Structure community aims at understanding and predicting the properties of materials and molecules, by computing the quantum-mechanical state of the many-electron system. The computations are ideally based on first principles (often called...

Molecular Simulation

Semi-empiric simulation methods have been responsible for tremendous advances in chemistry, life science, and materials research. The possibility to accurately model finite temperature, time development, and very large systems has made these methods a cornerstone for biomolecular modelling and...

Distributed and Parallel Techniques

Future HPC application will require a much higher degree of parallelism. Many new solutions are expected to be provided from computer science including new programming languages, advanced features in compilers and runtime systems as well as new software development and performance monitoring...

Welcome to SeRC


 

Upcoming events

2015-08-17
 – 2015-08-28

The PDC Center for High Performance Computing and the KTH School of Computer Science and Communication (CSC) welcome you to our summer school introductory course on high-performance computing....

2015-09-17
 – 2015-09-17

This is a half-day course centered on how to use the systems at PDC. The course will consist of two lectures focusing on basic and advanced methods for using the PDC systems. The course will cover...

2015-09-21
 – 2015-09-22

Location to be announced.