Overview

• A novel mathematical model leverages Euler's formula and differential equations to predict optimal bowling ball trajectories.
• Developed collaboratively by researchers from Princeton, MIT, and other institutions, the model accounts for lane oil variability and ball surface asymmetries.
• The model introduces a 'miss-room' calculation to accommodate human error, helping bowlers determine personalized targeting strategies.
• Traditional experience-based and statistical methods are challenged by this physics-based approach, offering more precise insights into bowling dynamics.
• The research, published in AIP Advances, is expected to impact training, equipment design, and competitive tournament planning significantly.