Modeling solar and planetary magnetic fields is a big job that requires a big code.
Taking aircraft turbines for a simulated spin, an international team working on Oak Ridge’s Titan supercomputer aims to reduce jet noise and pollution.
With faster supercomputers and improved algorithms, scientists are studying a broad range of materials to find useful properties.
Supercomputing power and algorithms are helping astrophysicists untangle giant stars’ brightness, temperature and chemical variations.
To revive antibiotics and devise new drug designs, Georgia Tech researchers team up with Oak Ridge’s Titan supercomputer.
Argonne applies supercomputing heft to boost precision in particle predictions.
Supercomputing offers path for designing electricity-producing layered materials.
UC Santa Cruz and Princeton University team simulates galactic winds on the DOE’s Titan supercomputer.
Berkeley researcher calculates molecules’ electronic structures, hoping to hasten development of new materials, designer drugs and other applications.
An Arizona State University scientist mines supercomputer simulations of protein dynamics for biological energy-conversion principles.