Quantum Dynamics

Quantum dynamics describes how quantum systems evolve over time, governed by the principles of quantum mechanics. In matrix mechanics, this evolution is represented mathematically using operators and matrices that provide a comprehensive framework to predict a system's behavior. In quantum statistical mechanics, these principles help explain the properties of systems with many particles, such as gases or solids, incorporating statistical methods to understand collective behavior. Quantum information theory explores how quantum systems can encode, transmit, and process information, highlighting the unique capabilities of quantum mechanics compared to classical systems, including superposition and entanglement.