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Laser Fundamentals
- Course code: FKBT229
- Course higher education credits: 7.5
- Department: CHEMISTRY AND CHEMICAL ENGINEERING
- Graduate school: Chemistry
- Course is normally given: Every 3rd year
- Language: The course will be given in English
Contents:
Chapters from Laser Fundamentals 2nd edition by William Slifvast
12 meetings of 2 hours; typically,
after a brief introduction the students are grouped (max 4 persons) for a 45
min discussion of the contents of todays lecture. This will require reading
the chapter(s) before the meeting. The discussion is followed by a lecture
(efterläsning) of about 45 min.
Meeting
|
Chapter(s)
|
Contents
|
1
|
1-2
|
Fundamentals of electromagnetic
radiation, Maxwell¿s equations. Wave properties
|
2
|
3
|
Quantum
properties of atoms
|
3
|
4, 6
|
Radiative transitions,
black-body radiation, stimulated emission
|
4
|
5
|
Quantum properties of molecules
and solids
|
5
|
7
|
Population inversion, gain and
gain saturation
|
6
|
8, 9, 10
|
Laser amplifiers, Population
inversion in 3 and 4-level systems
|
7
|
11, 12
|
Laser cavity modes. Gaussian
beams
|
8
|
13
|
Laser cavities and cavity
effects.
|
9
|
14, 15
|
Examples of
lasers
|
10
|
16
|
Manipulation of laser light,
Parametric oscillations, SHG
|
11
|
Journal
papers
|
Laser spectroscopy when do you
need a laser?
|
12
|
Journal
papers
|
Experiments with pulsed lasers
temporal resolution
|
|
Laser Fundamentals 2nd edition by William Slifvast. More mathematical details could be found in Principles of Lasers 5th edition by Orazio Svelto.
Bo Albinsson, Maria Abrahamsson
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