Coherent Resonant Coupling of States with Different Excitations Numbers in Hybrid Quantum Systems

Since the early days of its birth, Quantum Mechanics has been applied to explain the properties and the behavior of a wide range of natural systems, and it has had tremendous success also as a fundamental physical theory. Atomic, molecular, and solid state-systems are just a few examples of physical systems whose behavior has been understood by applying Quantum Mechanics [1,2]. Mainly, quantum physics developed through the rst half of the twentieth century largely by understanding how light and matter interacts.