“Rock Skipping” explores the surprising physics behind a seemingly simple pastime. It delves into how flat stones, when thrown correctly, can repeatedly bounce across water, defying gravity. The book investigates the science of stone skipping, from understanding angular momentum and the Magnus effect to mastering effective throwing techniques. Discover how even slight variations in stone shape or spin can dramatically affect the number of skips achieved. This book uniquely blends physics, sports science, and outdoor recreation, offering a comprehensive guide suitable for both casual enthusiasts and those interested in competitive stone skipping. It begins by tracing the history of the sport before transitioning into an accessible explanation of the underlying physics principles. Through clear diagrams and real-world examples, readers will gain insight into the forces at play. Progressing through the book, readers learn practical techniques, training methods, and strategies to enhance their skipping ability. “Rock Skipping” supports its arguments with established physics, fluid dynamics research, and insights from experienced skippers, providing a well-rounded perspective on this niche sport.
