High Jump Physics explores the fascinating science that allows athletes to soar over seemingly impossible heights. By examining the biomechanics and physics at play, the book reveals how jumpers manipulate their bodies to achieve peak athletic performance. It highlights the crucial role of the athlete's center of mass, explaining how the Fosbury Flop allows jumpers to clear the bar while their center of mass passes beneath it. The book also emphasizes the importance of angular momentum, which enables athletes to rotate into the optimal position. Beginning with a historical overview of jumping techniques, the book progresses systematically through fundamental physics principles such as projectile motion and energy conservation. Chapters delve into each phase of the jump – approach, takeoff, flight, and landing – providing detailed analyses supported by research and case studies of elite athletes. This approach makes High Jump Physics valuable for coaches, athletes, and sports science enthusiasts alike, offering a scientific framework for optimizing training and technique. The book uniquely integrates rigorous physics analysis with practical coaching insights, bridging the gap between theory and real-world application. It demonstrates how a deep understanding of physics is essential for moving beyond intuition and adopting a data-driven approach to high jump training, ultimately improving athletic performance.