Guang zi he yuan zi zai yi wei bo dao zhong de xiang hu zuo yong

Tsoi, Tze Shun = 光子和原子在一維波導中的相互作用 / 蔡子淳.Thesis (M.Phil.)--Chinese University of Hong Kong, 2009.Includes bibliographical references (leaves 94-97).Abstract also in Chinese.Tsoi, Tze Shun = Guang zi he yuan zi zai yi wei bo dao zhong de xiang hu zuo yong / Cai Zichun.Chapter 1 --- Introduction --- p.1Chapter 2 --- Basic description of QED in a one-dimensional waveguide --- p.4Chapter 2.1 --- EM fields in a waveguide: from classical to quantum --- p.4Chapter 2.1.1 --- Classical EM fields in a conducting waveguide --- p.5Chapter 2.1.2 --- Quantization of the electromagnetic fields --- p.8Chapter 2.2 --- "Atom, dipole interactions and interaction models" --- p.11Chapter 2.2.1 --- Atom and dipole interactions --- p.12Chapter 2.2.2 --- Two-level atom --- p.12Chapter 2.2.3 --- A-atom --- p.14Chapter 2.3 --- Comparison: waveguide vs free space --- p.15Chapter 2.3.1 --- Electric field intensity of a photon packet --- p.15Chapter 2.3.2 --- Spontaneous decay rate --- p.16Chapter 3 --- Single-excitation solution for two-level atoms --- p.20Chapter 3.1 --- Case of a single atom --- p.20Chapter 3.2 --- Case of a chain of N identical atoms --- p.26Chapter 3.2.1 --- The Hamiltonian and eigenvectors --- p.27Chapter 3.2.2 --- Transmission spectrum of a single photon --- p.31Chapter 3.2.3 --- Dynamics of spontaneous emission --- p.34Chapter 3.3 --- Dissipative loss to non-waveguide modes --- p.39Chapter 3.4 --- Interactions with non-identical atoms --- p.41Chapter 3.4.1 --- Vacuum Rabi oscillations using atomic mirrors --- p.42Chapter 3.4.2 --- Atoms with non-identical resonant energies --- p.46Chapter 4 --- Two-photon transport with a two-level atom --- p.50Chapter 4.1 --- The energy eigenstate solution --- p.51Chapter 4.1.1 --- Single-photon case --- p.51Chapter 4.1.2 --- Two-photon case --- p.53Chapter 4.2 --- Laplace transformation method --- p.57Chapter 4.2.1 --- Single-photon case --- p.58Chapter 4.2.2 --- Two-photon case --- p.61Chapter 4.2.3 --- Lorentzian-packet states --- p.64Chapter 4.2.4 --- Photon-photon correlations --- p.65Chapter 5 --- Interactions with A-atoms --- p.70Chapter 5.1 --- Hamiltonian and eigenvectors --- p.71Chapter 5.1.1 --- N = 1 case --- p.71Chapter 5.1.2 --- N > 1 case --- p.75Chapter 5.2 --- Final state properties --- p.80Chapter 5.2.1 --- Polarization dependent transmission and reflection --- p.80Chapter 5.2.2 --- Collective atomic states --- p.82Chapter 5.2.3 --- Scattering with a photon wave packet --- p.83Chapter 5.3 --- Decoherence: effects of the coupling with the non-waveguide modes --- p.85Chapter 5.4 --- Application: an “NM´ح polarizer made of a few atoms --- p.86Chapter 6 --- Conclusion --- p.91Bibliography --- p.94Chapter A --- Derivation of the one-dimensional spontaneous rate r1d --- p.98Chapter B --- Description of a photon packet --- p.101Chapter C --- Derivation of the two-photon packet solution --- p.105Chapter D --- “Completeness´ح of the two-photon Lorentzian-packet states --- p.10