Quantum computing has a revolutionary effect on our understanding of quantum systems and can be good at solving intrinsically quantum problems. Quantum computing has the potential to spur breakthroughs in financial modeling, cybersecurity, artificial intelligence, weather forecasting, logistics optimization, computational chemistry, and drug design and development. What is Quantum Computing? Quantum computing is a new … Read more
Supercomputing helps in studying two-dimensional materials. High-performance computing (HPC) helps material scientists study the properties of materials at the atomic scale and under extreme conditions and understand experiments to monitor the movement of lithium atoms in real-time in bi-layer graphene, paving the way to design new materials for batteries and other electronics. A multi-layer of … Read more
Electron behavior during chemical reactions- Credit: Andreas Lücke Researchers use supercomputing simulations and laser pulses to monitor electron behavior during chemical reactions for the first time Using supercomputing simulations and laser pulses, researchers of the Fritz Haber Institute Berlin and the University of Paderborn have demonstrated their ability to observe movements of electrons during the chemical reaction. Researchers have long … Read more
Supermassive black holes and supercomputers Researchers use supercomputers to understand and predict signs of black holes New 3D simulations on powerful supercomputers help predict the formation of growth disks and relative jets, which are sized by the strong gravitational forces of the black holes and the strong magnetic forces they generate. Supermassive black holes In … Read more