MIT Scientists Develop Model Predicting Large Waves on Titan from Gentle Winds
Scientists at MIT have developed a new wave model, named 'PlanetWaves,' which predicts that gentle winds on Saturn's moon Titan can generate waves as high as 10 feet. This model is the first to capture the full dynamics of wave formation under various planetary conditions, including different gravity, atmospheric pressure, and liquid compositions. The research, published in the Journal of Geophysical Research: Planets, suggests that Titan's low gravity and atmospheric pressure, combined with its light liquid hydrocarbons, make it surprisingly easy for large waves to form. The model was tested using Earth's wave data from Lake Superior and applied to predict wave behavior on other planetary bodies, including ancient Mars and several exoplanets. 
