Simulations

Shockwaves from dying stars may sculpt 'cosmic wagon wheel' stellar nurseries, simulations reveal

Simulations predict how astronaut team dynamics could impact future Moon base operations - EurekAlert!

Simulations suggest Greenland ice sheet variability shifted from precession to obliquity dominance in the Pliocene Pleistocene transition - EurekAlert!

How Did Venus Become a Hellscape? 234,000 Simulations Reveal Four Possible Paths

Researchers use NMR, mathematical modelling and simulations to reveal how a tryptophan-rich allosteric communication network helps activate a major drug target receptor - EurekAlert!

Simulations of your gut may predict which probiotics will stick

Aloe Vera Compound May Help Fight Alzheimer's Disease, Simulations Suggest

Simulations and experiments meet: Machine learning predicts the structures of gold nanoclusters - EurekAlert!

AI Slashes Defect Simulations From Hours to Milliseconds

Simulations could make antibody medicines easier to inject - EurekAlert!

Making simulations more accurate than ever with deep learning - EurekAlert!

First-Ever Simulations Reveal Ghost Particles Shapeshifting in Violent Neutron Star Mergers

Simulations solve centuries-old cosmic mystery – and discover new class of ancient star systems - EurekAlert!

Kennesaw State physics professor receives three-year grant to create simulations for particle colliders - EurekAlert!

Classic evolutionary and game theory research show trust and forgiveness can evolve from self interest. This interactive explainer lets you control the simulations that first proved this.

A new study suggests water first formed billions of years earlier than expected — as early as 100 million years after the big bang. According to these simulations, huge volumes of water, the primary ingredient for life, formed close to cosmic dawn — the moment the first generation of stars was born.

Johnson’s Paige Whittington Builds a Symphony of Simulations

Lightning on alien worlds may fail to spark life, simulations suggest

Study using simulations highlights power of pooled data in environmental health research - EurekAlert!

Study using simulations highlights power of pooled data in environmental health research