28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Simulated propagation of seismic waves in the stratovolcano Mount Merapi
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Ground shaking obtained from a petascale simulation of the 1992 Landers Earthquake
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Magnetic field lines after the hypermassive star collapses to a black hole
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Merger of two magnetized neutron stars
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Hypermassive neutron star produced by the merger of two magnetized neutron stars
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Density (red) and magnetic field strength (blue) of a hypermassive neutron star produced by the merger of two magnetized neutron stars
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Black-hole torus system produced by the merger of two neutron stars of unequal mass
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
Logo ExaHyPE (4C)
28.10.2015
The supercomputers of tomorrow need new software to perform a billion billion computer operations per second
ExaHyPE coordinator Prof. Dr. Michael Bader
Informatics Department, Technische Universität München