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Short Pulse Generation
Higher Education
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We look at transient effects in laser gain material, -switching and mode locking as methods to get short pulses.
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Laser Spectroscopy Podcast
This is the green sheet that describes the class.
Physics 268 Syllabus
00:00:00
This is the green sheet that describes the class.
Physics 268 Syllabus
00:00:00
We look at transient effects in laser gain material, -switching and mode locking as methods to get short pulses.
Short Pulse Generation
01:16:59
Podcsat from 2008 of lecture on Raman spectroscopy. This is in place of the 11/9 lecture given about Raman spectroscopy, for which the audio didn't record properly.
Raman Scattering
01:15:09
Podcsat from 2008 of lecture on stimulated Raman scattering. This content was not covered in class this semester. This is for your interest only and will not be covered on exams.
Stimulated Raman Spectroscopy
01:15:11
We look at how saturation causes hole burning in a spectral line, and measurement techniques such as lamb-dip spectroscopy and intermodulated fluorescence that can take advantage of this for doppler-free measurements.
Nonlinear Spectroscopy
01:17:12
We look at basic methods of emission spectroscopy including laser induced fluorescence, resonant enhanced multi-photon emission (REMPI), intermodulated fluorescence and stimulated emission pumping.
Emission Spectroscopy
01:13:59
WE look at basic techniques of absorption spectroscopy including direct detection, frequency modulation, intracavity absorption and cavity ringdown spectroscopy.
Absorption Spectroscopy
01:17:07
We look at how the natural lifetime of an energy level produces a Lorentzian line profile and how the natural linewidth can be broadened by Doppler broadening, pressure broadening, transit time broadening and saturation broadening.
spectral line profiles
01:15:28
We look at how interferometers can be used to measure wanelength.
Interferometers
01:15:40
We look at the principles of operation of prism spectrometers and grating spectrometers and discuss operating characteristics (speed, resolving power, spectral transmission and free spectral range).
Spectrometer Operation
01:19:02
We consider the advantages and disadvantages of three classes of photodetectors: photodiodes, photomultiplier tubes and thermal detectors.
Photodetectors
01:20:55
We look at several examples of tunable lasers and discuss nonlinear optics as a mechanism to increase the region of the spectrum available from laser sources.
Tunable Lasers
01:14:18
We look at 3-level and 4-level gain systems in laser amplifiers, discuss optical cavities and tuning elements of laser oscillators.
Fundamentals of Lasers
01:18:47
We look at an example of calculating the bond length and bond strength of HCl from a measured mid IR absorption spectrum.
Molecular Absorption
01:02:02
We look at energy levels associated with rotation and vibration of molecular bonds
Molecular Energy Levels
01:20:38
We look at the Bohr model of the atom and see how it can be used to explain the line spectrum of Hydrogen, and then generalize to other atoms.
Energy Levels
01:15:57
We look at an application of our previous quantum treatment of the two-level atom for measuring G the universal gravitational constant.
Gravity Measurements
01:11:38
We look at absorption as a quantum effect and introduce the Einstein A and B coefficients for stimulated and spontaneous emission.
Quantum Model of Absorption
01:17:05
We use the classical electron oscillator model to derive the functional form of the index of refraction in material as well as the absorption, which we relate to the cross section.
Index of Refraction and Absorption
01:11:40
We investigate absorption of light by matter using the classical electron oscillator model. In the process we introduce phasor notation.
Classical Electron Oscillator Model
01:12:13
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Laser Spectroscopy Podcast
11/17/2009
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