Researchers use stick insect locomotion as inspiration for machine learning approaches to teaching robots how to walk.
What influences where scarab beetles roll their dung balls?
A numerical model helps scientists understand how particularities of different terrains affect the trajectory and behavior of dung beetles.
Waning immunity and COVID-19 boosters modeled in digital town
The debate around COVID-19 boosters is highly nuanced, but a new computational model could help better inform policy around such measures in an evolving pandemic.
Vaccinating the most vulnerable first may not have the greatest impact on COVID-19, new model suggests
A new simulator can accurately model COVID-19 and the effects of different mitigation strategies, which researchers say could help guide new policies to combat the pandemic.
Bridges, wires, and a chameleon: Crossing the membrane’s fortifications
Computational methods allow researchers to delve deeper into molecular processes, beyond what can easily be achieved with current experimental techniques.
How Accurately Can Digital Computers Model Chaos?
A new study shows fundamental limitations to the computer-based simulation of chaotic systems with implications in climate change modeling, weather forecasts, and machine learning.
Computational Materials Design for Future Technologies
Computational materials design is shown to be essential for the discovery of new and novel materials of the future.
Are Woodpeckers Bullheaded?
A combination of experiments and simulations show how woodpeckers are protected from concussion by the structure of their skull.
Turning Red LEDs Blue with Upconversion
New predictions for efficiently making blue lighting from red lighting.
Computational Sociology Helps Overcoming Systemic Risks
Systemic risks tend to be underestimated and do not attract the same amount of attention as catastrophic events.