Schrödinger's Equation

Schrödinger's Equation is a fundamental principle in quantum mechanics that describes how the state of a quantum system, such as an electron, changes over time. Essentially, it provides a mathematical way to predict the behavior of particles at very small scales. The equation accounts for probabilities rather than certainties, allowing us to understand the likelihood of a particle being in a particular place or state. This concept challenges our classical views of physics, illustrating that at the quantum level, particles can behave in ways that seem strange, like existing in multiple states at once until measured.