
Optics, Light and Lasers The Practical Approach to Modern Aspects of Photonics and Laser Physics
by Meschede, DieterBuy New
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Summary
Author Biography
Table of Contents
Preface | |
Light rays | |
Light rays in human experience | |
Ray optics | |
Reflection | |
Refraction | |
Fermat's principle: the optical path length | |
Prisms | |
Light rays in wave guides | |
Lenses and curved mirrors | |
Matrix optics | |
Ray optics and particle optics | |
Problems for chapter 1 | |
Wave optics | |
Electromagnetic radiation fields | |
Wave types | |
Gaussian beams | |
Polarization | |
Diffraction | |
Problems for chapter 2 | |
Light propagation in matter | |
Dielectric interfaces | |
Complex refractive index | |
Optical wave guides and fibres | |
Functional types and applications of optical fibres | |
Photonic materials | |
Light pulses in dispersive materials | |
Anisotropic optical materials | |
Optical modulators | |
Problems for chapter 3 | |
Optical images | |
The human eye | |
Magnifying glass and eyepiece | |
Microscopes | |
Telescopes | |
Lenses: designs and aberrations | |
Problems for chapter 4 | |
Coherence and interferometry | |
Young's double slit | |
Coherence and correlation | |
The double-slit experiment | |
Michelson interferometer: longitudinal coherence | |
Fabry-Perot interferometer | |
Optical cavities | |
Thin optical films | |
Holography | |
Laser speckle (laser granulation) | |
Problems for chapter 5 | |
Light and matter | |
Classical radiation interaction | |
Two-level atoms | |
Stimulated and spontaneous radiation processes | |
Inversion and amplification | |
Problems for chapter 6 | |
The laser | |
The classic system: the He-Ne laser | |
Mode selection in the He-Ne laser | |
Spectral properties of the He-Ne laser | |
Applications of the He-Ne laser | |
Other gas lasers.7.6 Molecular gas lasers | |
The workhorses: solid-state lasers | |
Selected solid-state lasers | |
Tunable lasers with vibronic states | |
Tunable ring lasers | |
Problems for chapter 7 | |
Laser dynamics | |
Basic laser theory | |
Laser rate equations | |
Threshold-less lasers and micro-lasers | |
Laser noise | |
Pulsed lasers | |
Problems for chapter 8 | |
Semiconductor lasers | |
Semiconductors | |
Optical properties of semiconductors | |
The heterostructure laser | |
Dynamic properties of semiconductor lasers | |
Laser diodes, diode lasers, laser systems | |
High-power laser diodes | |
Problems for chapter 9 | |
Sensors for light | |
Characteristics of optical detectors | |
Fluctuating opto-electronic quantities | |
Photon noise and detectivity limits | |
Thermal detectors | |
Quantum sensors I: photomultiplier tubes | |
Quantum sensors II: semiconductor sensorsH | |
Position and image sensors | |
Problems for chapter 10 | |
Laser spectroscopy | |
Laser-induced fluorescence (LIF) | |
Absorption and dispersion | |
The width of spectral lines | |
Doppler-free spectroscopy | |
Transient phenomena | |
Light forces | |
Problems for chapter 11 | |
Photons - an introduction to quantum optics | |
Does light exhibit quantum character? | |
Quantization of the electromagnetic field | |
Spontaneous emission | |
Weak coupling and strong coupling | |
Resonance fluorescence | |
Light fields in quantum optics | |
Two-photon optics | |
Entangled photons | |
Problems for chapter 12 | |
Nonlinear optics I: optical mixing processes | |
Charged anharmonic oscillators | |
Second-order nonlinear susceptibility | |
Wave propagation in nonlinear media | |
Frequency doubling | |
S | |
Table of Contents provided by Publisher. All Rights Reserved. |
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