Explore by chapter.
A progression from classical mode confinement to quantum light and experimental platforms.
Chapter 01 · 8 conceptsLight confined below the wavelengthModes, Maxwell equations, evanescent waves and optical confinement.Chapter 02 · 10 conceptsQuantum Light and EmittersQuantization of electromagnetic fields, photons and emitter–cavity coupling.Chapter 03 · 6 conceptsNanophotonic PlatformsPlasmonics, dielectric resonators, metasurfaces, waveguides and integrated devices.Chapter 04 · 8 conceptsLight–Matter Quantum PhenomenaPurcell enhancement, strong coupling, collective emission and nonlinear quantum optics.Chapter 05 · 6 conceptsQuantum Information with PhotonsSingle photons, entanglement, interference, detection and photonic computing.Chapter 06 · 4 conceptsFrontiers, Experiments and DesignTopological photonics, quantum sensing, fabrication, simulation and realistic limitations.