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Introduction to Quantum Optics
Complement 3A: The resonant Fabry–Perot cavity
monograph
Author(s):
Gilbert Grynberg
,
Alain Aspect
,
Claude Fabre
,
Claude Cohen-Tannoudji
Publication date
(Online):
2009
Publisher:
Cambridge University Press
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There is no author summary for this book yet. Authors can add summaries to their books on ScienceOpen to make them more accessible to a non-specialist audience.
Related collections
Sunway University Press
Author and book information
Book Chapter
Pages
: 230-238
DOI:
10.1017/CBO9780511778261.013
SO-VID:
f1689aa3-c6d3-449d-9b13-21aeac595856
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Book chapters
pp. xxiii
Foreword
pp. xxv
Preface
pp. 3
The evolution of interacting quantum systems
pp. 34
Complement 1A: A continuum of variable width
pp. 38
Complement 1B: Transition induced by a random broadband perturbation
pp. 45
The semi-classical approach: atoms interacting with a classical electromagnetic field
pp. 105
Complement 2A: Classical model of the atom-field interaction: the Lorentz model
pp. 120
Complement 2B: Selection rules for electric dipole transitions. Applications to resonance fluorescence and optical pumping
pp. 140
Complement 2C: The density matrix and the optical Bloch equations
pp. 167
Complement 2D: Manipulation of atomic coherences
pp. 179
Complement 2E: The photoelectric effect
pp. 191
Principles of lasers
pp. 230
Complement 3A: The resonant Fabry–Perot cavity
pp. 239
Complement 3B: The transverse modes of a laser: Gaussian beams
pp. 247
Complement 3C: Laser light and incoherent light: energy density and number of photons per mode
pp. 257
Complement 3D: The spectral width of a laser: the Schawlow–Townes limit
pp. 261
Complement 3E: The laser as energy source
pp. 271
Complement 3F: The laser as source of coherent light
pp. 283
Complement 3G: Nonlinear spectroscopy
pp. 301
Quantization of free radiation
pp. 325
Complement 4A: Example of the classical Hamiltonian formalism: charged particle in an electromagnetic field
pp. 327
Complement 4B: Momentum and angular momentum of radiation
pp. 334
Complement 4C: Photons in modes other than travelling plane waves
pp. 341
Free quantum radiation
pp. 387
Complement 5A: Squeezed states of light: the reduction of quantum fluctuations
pp. 398
Complement 5B: One-photon wave packet
pp. 413
Complement 5C: Polarization-entangled photons and violation of Bell's inequalities
pp. 434
Complement 5D: Entangled two-mode states
pp. 443
Complement 5E: Quantum information
pp. 457
Interaction of an atom with the quantized electromagnetic field
pp. 498
Complement 6A: Hamiltonian formalism for interacting fields and charges
pp. 502
Complement 6B: Cavity quantum electrodynamics
pp. 518
Complement 6C: Polarization-entangled photon pairs emitted in an atomic radiative cascade
pp. 529
Nonlinear optics. From the semi-classical approach to quantum effects
pp. 560
Complement 7A: Parametric amplification and oscillation. Semi-classical and quantum properties
pp. 577
Complement 7B: Nonlinear optics in optical Kerr media
pp. 599
Laser manipulation of atoms. From incoherent atom optics to atom lasers
pp. 651
Complement 8A: Cooling to sub-recoil temperatures by velocity-selective coherent population trapping
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