Lecturer: Boris Gänsicke
You will find here the material shown in the lectures as Powerpoint file (ppt) that you can download, as well as web pages to view online. Have a look at the syllabus for more details on the aims and the content of the course.
|1. Observational instrumentation: optical & X-ray telescopes, CCD detectors, imaging, spectroscopy||ppt||web|
|2. Accretion onto compact objects: a powerful energy source, Eddington limit||ppt||web|
|3. Binary stars: Roche potential, Lagrange points, binary star configurations, interactions in close binaries, angular momentum and mass transfer between two stars, conservative mass transfer, stable and unstable mass transfer, orbital angular momentum loss, common envelope evolution, binary star zoology||ppt||web|
Previous exams available from the Library
Additional (optional) reading material (if you can not get the full-text papers, use the Athens login, or go through the library):
- An example of infrared imaging using adaptive optics: the expanding shell of a Helium nova.
- The data release (DR9) of the Sloan Digital Sky Survey in the BBC News, a fantastic example of astronomy with state-of-the art technology (multi-object fibre spectrograph, large CCD camera). SDSS is now at DR12.
- Photon-counting in the optical? In principle yes, see First Astronomical Application of a Cryogenic Transition Edge Sensor Spectrophotometer, but is still technologically challenging, and the size of the detector arrays are tiny compared to conventional CCD.
- Ransom et al's discovery of A millisecond pulsar in a stellar triple system (see the BBC's new item)
- Van Kerkwijk et al's paper on the detection of Doppler boosting in the light curve of an eclipsing binary
- Gänsicke et al's paper finding the elusive "minimum period spike" in the period distribution of cataclysmic variables