Engineering scholars from Johns Hopkins University used Expanse at the San Diego Supercomputer Center at UC San Diego to create simulations to model the friction between two rough surfaces coated with fatty acids.
Researchers at Cornell University help illuminate the future of wind energy in North America.
A team of computational chemists from Carnegie Mellon University ran simulations on an Anton 2 supercomputer and the Bridges-2 system at PSC to reveal insights about a protein that plays a role in epileptic seizures.
With the help of Purdue’s Anvil supercomputer, Yale researchers are trying to find ways to improve lithium batteries.
A team from Carnegie Mellon University and the Santa Fe Institute compared data from more than 400 world religions in a unique way by applying landscape metaphors – peaks and valleys – to examine functional patterns of worship and belief. Their approach using the Bridges-2 system revealed how some religions persist or change and others die out.
University of Kansas researchers who study a rare form of Alzheimer’s disease used Expanse at the San Diego Supercomputer Center at UC San Diego to conduct studies on how mutations of a critical protein enzyme could be treated to better control thought, language and memory.
ACCESS resources aid in the cataloging of almost two hundred thousand new galaxies and thousands of possible black holes.
Researchers use Bridges-2 supercomputer to develop software that mimics properties of AI that are more understandable to humans.
What if your clothes could tell your phone you’re in distress? Or your shoes could recharge your phone? ACCESS enables The Internet of Everything.
UCLA researchers found that boron arsenide, a chemical compound used in high-power computer chips, has a unique property – its ability to conduct heat decreases under extreme conditions.