Gravitational Physics/Laser Interferometry
Danzmann; Thu and Fri 10:00 – 12:00, room 103 (3401)
In this lecture we will acquire the theoretical and experimental basics for working in one of the most exciting research fields in recent times: Gravitational physics! We will study general relativity from an experimentalist's point of view, as well as coherent optics, data analysis, and construction and operation of interferometers. The course consists of a mixture of presentations by the lecturer, talks by participants, private study and exercises as necessary.
Contents
- General Relativity
- Equivalence Principle, Lense Thirring Effect
- Cosmology
- Astrophysics
- Sources and Emission of Gravitational Waves
- Laser Interferometers
- Interferometer Recycling Techniques
- Modulation fields
- Homodyne and Heterodyne Detection
- Interferometer Control
- Optical, Mechanical and Thermal Properties of Mirrors and their Dielectirc Coatings
