The Schrödinger Equation

The Schrödinger Equation is a fundamental equation in quantum physics that describes how the state of a particle, like an electron, changes over time. Instead of precise locations, it provides a "wave function"—a mathematical tool that predicts probabilities of finding the particle in different places or states. This equation captures the wave-like behavior of particles at tiny scales, where classical physics no longer applies. Overall, it helps us understand and predict the behavior of atoms and subatomic particles by linking their probable positions and energies through a precise mathematical framework.