Decoding Material Wear with Supercomputers
For the first time, complex computer simulations have become so powerful that wear and friction of real materials can be simulated on an atomic scale
predictive science
3D Printing Study Shows Promise for Predictive Maintenance
A recent study showed that the US Army could detect and monitor the wear and tear of 3D printed maraging steel through sensor measurement
Could COVID-19 Be Infecting More Children Than Expected?
A new study estimates that for each child who requires intensive care for COVID-19, there are 2,381 children infected with the virus
Predicting the Evolution of Genetic Mutations
A recently developed algorithm results in a visualization of how a protein could evolve to either become highly effective or not effective at all
New Study Helps Improve Accuracy of Future Climate Change Predictions
Research raises serious doubts of the likely impact of human-led interventions involving methods of cloud 'brightening' to counteract climate change
How Does Meat Change When It's Cooked?
By treating meat as a network of flexible polymers surrounded by flowing moisture, computer models can accurately predict how much it will shrink when cooked
New Satellite-Based Algorithm Pinpoints Crop Water Use
The BESS-STAIR framework, developed by CABBI researchers at the University of Illinois, was tested in 12 sites across the US Corn Belt and achieved unprecedented accuracy
AI Device Turns Coughing Sounds into Data for Flu and Pandemic Forecasting
UMass Amherst computer scientists tested 'FluSense' in campus clinic waiting rooms
Researchers Predict Potential Spread and Seasonality for COVID-19 Based on Climate Where Virus Appears to Thrive
Maps of outbreaks indicate virus spreads more easily in cold, damp climates
How Much Will We Eat in the Future?
Researchers at Göttingen University investigate relationship between our body size and human global calorie demand