Bouncing Balls and Energy Conservation: Exploring Elastic and Inelastic Collisions

Bouncing Balls

Introduction Bouncing balls provide a captivating demonstration of energy conservation and transfer. This phenomenon, familiar from playgrounds to physics labs, illustrates fundamental principles like elastic and inelastic collisions. These principles are pivotal in understanding how energy is conserved and transformed. This article delves into the dynamics of bouncing balls and the roles these collisions play … Read more

Time Crystals: A New State of Matter That Breaks the Rules of Physics

Time Crystals

Introduction Time crystals represent a groundbreaking discovery in the realm of physics. Unlike conventional matter, which exists in equilibrium, time crystals exhibit a unique property where their atomic structures oscillate in a repeating cycle without expending energy. This phenomenon challenges fundamental concepts in physics and has the potential to revolutionize quantum computing and material science. … Read more