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learn_laser_interferometry
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learn_laser_interferometry
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* 1 - Introduction * 1.1 - Getting Started * 1.1.1 - [IPython notebook](https://github.com/gwoptics/learn_laser_interferometry/blob/master/01_Introduction/01_Getting_Started/01_IPython_notebook.ipynb) * 1.1.2 - [Finesse](https://github.com/gwoptics/learn_laser_interferometry/blob/master/01_Introduction/01_Getting_Started/02_Finesse.ipynb) * 1.1.3 - [Pykat](https://github.com/gwoptics/learn_laser_interferometry/blob/master/01_Introduction/01_Getting_Started/03_Pykat.ipynb) * 1.1.4 - [Plotting examples](https://github.com/gwoptics/learn_laser_interferometry/blob/master/01_Introduction/01_Getting_Started/04_Plotting_examples.ipynb) * 2 - Plane waves * 2.1 - Fabry Perot cavity * 2.1.1 - [Resonance](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/01_Fabry_Perot_cavity/01_Resonance.ipynb) * 2.1.2 - [Impedance matched](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/01_Fabry_Perot_cavity/02_Impedance_matched.ipynb) * 2.1.3 - [Free spectral range](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/01_Fabry_Perot_cavity/03_Free_spectral_range.ipynb) * 2.1.4 - [Linewidth](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/01_Fabry_Perot_cavity/04_Linewidth.ipynb) * 2.2 - Michelson interferometer * 2.2.1 - [Arm length difference](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/02_Michelson_interferometer/01_Arm_length_difference.ipynb) * 2.3 - Optical modulation * 2.3.1 - [Phase and frequency modulation](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/03_Optical_modulation/01_Phase_and_frequency_modulation.ipynb) * 2.3.2 - [Amplitude modulation](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/03_Optical_modulation/02_Amplitude_modulation.ipynb) * 2.3.3 - [Optical beat](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/03_Optical_modulation/03_Optical_beat.ipynb) * 2.3.4 - [Modulation by moving mirror](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/03_Optical_modulation/04_Modulation_by_moving_mirror.ipynb) * 2.4 - Demodulation * 2.4.1 - [Single demodulation](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/04_Demodulation/01_Single_demodulation.ipynb) * 2.4.2 - [Double demodulation](https://github.com/gwoptics/learn_laser_interferometry/blob/master/02_Plane_waves/04_Demodulation/02_Double_demodulation.ipynb) * 3 - Advanced Topics * 3.1 - Reduced Order Modelling * 3.1.1 - [Making a reduced order model](https://github.com/gwoptics/learn_laser_interferometry/blob/master/03_Advanced_Topics/01_Reduced_Order_Modelling/01_Making_a_reduced_order_model.ipynb) * 4 - Gaussian beams * 4.1 - Beam parameters * 4.1.1 - [Gaussian beam parameters](https://github.com/gwoptics/learn_laser_interferometry/blob/master/04_Gaussian_beams/01_Beam_parameters/01_Gaussian_beam_parameters.ipynb) * 4.2 - Photodetectors * 4.2.1 - [Beat coefficients](https://github.com/gwoptics/learn_laser_interferometry/blob/master/04_Gaussian_beams/02_Photodetectors/01_Beat_coefficients.ipynb) * 4.3 - Mirror maps * 4.3.1 - [Phase maps](https://github.com/gwoptics/learn_laser_interferometry/blob/master/04_Gaussian_beams/03_Mirror_maps/01_Phase_maps.ipynb) * 4.3.2 - [Preprocessing phase maps](https://github.com/gwoptics/learn_laser_interferometry/blob/master/04_Gaussian_beams/03_Mirror_maps/02_Preprocessing_phase_maps.ipynb)
