Light: Waves, photons, atoms, Volume 1
Starting from a rather elementary level, this volume includes a self-contained, concise introduction into the quantum theory of matter and develops in detail the quantum theory of light. It presents the approaches needed to cope with the various interaction processes between light and matter and illustrates them by various examples. Recent developments such as the dynamic Stark effect and quantum beats are also covered.
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What is light?
The nature of matter Particles or waves?
Response of quantum systems to classical electromagnetic
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abbreviation absorption amplitude analogy assume average calculate classical coefficients coherence functions commutation relation consider constant corresponding damping density matrix dependent derive described dipole electric field strength electromagnetic field electron emitted energy levels evaluate example excited Exercises on section expectation values experiment explicit expression factor field mode fluctuating forces formula frequency given harmonic oscillator heatbath Heisenberg picture Hint initial Inserting eq integral Langevin equation laser light field magnetic field matrix elements Maxwell's equations means measure momentum motion nonlinear optics normalization obtain occupation number particle perturbation theory phase photon number Phys physics Planck's processes quantized quantum mechanics quantum numbers quantum optics quantum systems quantum theory reader resonance result right-hand side Schrodinger equation Schrodinger picture shift solution solve spin spontaneous emission stimulated emission superposition thermal time-dependent tion transition treat two-level atom vector velocity w-pulse wave functions wave packet yields