Quantum Model of Absorption

Update: 2009-09-03

Description

We look at absorption as a quantum effect and introduce the Einstein A and B coefficients for stimulated and spontaneous emission.

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In Channel

Laser frequency stabilization

2009-12-0101:11:35

Ultrafast Spectroscopy

2009-11-1901:03:55

Short Pulse Generation

2009-11-1701:16:59

Raman Scattering

2009-11-1001:15:09

Stimulated Raman Spectroscopy

2009-11-1001:15:11

Nonlinear Spectroscopy

2009-11-0501:17:12

Emission Spectroscopy

2009-10-2901:13:59

Absorption Spectroscopy

2009-10-2701:17:07

spectral line profiles

2009-10-2201:15:28

Interferometers

2009-10-1301:15:40

Spectrometer Operation

2009-10-0801:19:02

Photodetectors

2009-10-0601:20:55

Tunable Lasers

2009-09-2901:14:18

Fundamentals of Lasers

2009-09-2401:18:47

Molecular Absorption

2009-09-2401:02:02

Molecular Energy Levels

2009-09-2401:20:38

Energy Levels

2009-09-1501:15:57

Gravity Measurements

2009-09-1001:11:38

Quantum Model of Absorption

2009-09-0301:17:05

$Index of Refraction and Absorption$

Index of Refraction and Absorption

2009-09-0101:11:40

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Quantum Model of Absorption

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Quantum Model of Absorption

Peter Beyersdorf

Quantum Model of Absorption