Southampton Astronomy Group
Postgraduate Lecture Course
A variety of activities are provided for Year 1 postgraduate astronomy students, designed to give a general introduction
to the astronomy PhD.
The key components of this course are:
- undergraduate
course lectures provided by the School of Physics and Astronomy
- a course of self-taught technical topics with tutorial support from Astronomy Group members
- a course of postgraduate lectures on a variety of astronomy topics provided by Astronomy Group members
-
These activities occur throughout the first year. Second (or third)
year postgraduates are welcome to attend the courses again if they wish.
Undergraduate Courses
The only mandatory undergraduate material for year 1 postgraduates is the PHYS 3011 - Photons in Astrophysics undergraduate lecture course (Semester ; Mon 1pm (double), Weds 10am). This course gives a general
introduction to photon production and detection processes for all
wavebands from radio to gamma-ray. The instrumentation used in each
waveband is also described.
Postgraduates may also attend all or part of any of the school undergraduate courses. Of particular relevance may be:
PHYS1005 - Intro to Astronomy and Space Science
PHYS2010 - Life in the Cosmos
PHYS2013 - Galaxies
PHYS3006 - Computer Techniques in Physics
PHYS3010 - Stellar evolution
PHYS3011 - Photons in Astrophysics
PHYS6005 - Cosmology
Postgraduates are also encouraged to attend, or view the online notes
for these courses. Course information and on-line notes are available via the school's teaching web page
Astronomy Techniques Self-Teaching Module
During the first semester, students should attempt one self-taught
module per week (apart from the statistics module, which is 2 weeks).
Each module consists of a set of notes, which should be read, and in
some cases a series of exercises. Any problems should then be discussed
with the module co-ordinator.
| Module 1 |
Introduction to computer systems |
Tony Bird |
Notes |
| Module 2 |
Overview of programming languages |
Tony Bird |
Notes |
| Module 3 (2 weeks) |
Statistical methods |
Christian Knigge |
Notes |
| Module 4 |
Techniques for storing and handling astronomical data - FITS
files |
Tony Bird |
Notes |
| Module 5 |
X-ray spectroscopy |
Tom Maccarone |
Notes |
| Module 6 |
Timing analysis |
Malcolm Coe |
Notes |
| Module 7 |
Writing a scientific paper |
Christian Kaiser |
Notes |
| Module 8 |
Using INTEGRAL |
Tony Bird |
Notes |
Note that this page also contains an 'experts' list,
which you can use to identify other people you can go and ask about various
topics.
Astronomy
Postgraduate Lectures
These lectures occur in the second semester, at a rate of one per week.
A timetable will be posted here after the Christmas break.
Several of these topics may span more than one lecture.
- Accretion onto compact objects - theory and observation (Rob
Fender)
- Stellar evolution (Tony Dean, 2 lectures)
- Low mass X-ray binaries (Phil Charles (TBC))
- High mass X-ray binaries (Malcolm Coe)
- Neutron stars and X-ray bursters (Tom Maccarone)
- Cataclysmic variables (Christian Knigge)
- Galaxies (Tom Maccarone)
- Galaxy clusters (Christian Kaiser)
- AGN - general intro (Christian Kaiser)
- AGN variability (Ian McHardy)
- Jet Physics (Rob Fender)
- Deep X-ray surveys (Ian McHardy)
- Weighing super-massive black holes
- Gamma-ray bursts (TBC)
Reading list
These are recommended reviews on various topics, which would be a good
starting point on their topics. Initials in brackets are where to find
copies of them (HL = Hartley Library)
"Accretion Power in Astrophysics" by Frank, King and Raine
"Active Galactic Nuclei" by Ian Robson (HL, CRK, IMH)
"Beams and Jets in Astrophysics" ed. Hughes (CRK)
"Classification of Stars" by Jaschek & Jaschek
"Data reduction and error analysis for the physical sciences" by Bevington and Robinson
"High Energy Astrophysics" by Malcolm Longair (HL, most offices!)
"Latex2e users guide" by Lamport
"Numerical Recipes" by Press et al. (several copies around for F77, C, C++ versions)
"Radiative Processes in Astrophysics" by Rybicki and Lightman (HL, CRK, IMH, MJC)
"X-ray binaries" by Lewin, van Paradijs and van del Heuvel
A note written by Malcolm Coe on "Use of online resources, databases, catalogs etc"
The 'experts' list
If you're stuck with something, there will almost certainly be someone
around who claims to be an expert on the subject. The following people
have volunteered to provide support in the following subject areas.
-
AGN - Christian Kaiser (CRK), Ian McHardy (IMH)
-
C/C++ programming - Tony Bird (AJB), CRK
-
FORTRAN programming - AJB, CRK, Tom Maccarone (TJM)
-
Galaxy clusters - CRK
-
Gamma-ray instrumentation - AJB, Tony Dean (AJD)
-
Gamma-ray bursts - Katie McGowan (KEM)
-
IDL programming - CRK, Adam Hill (ABH)
-
INTEGRAL - AJB, AJD, ABH
-
Java programming - CRK
-
Jets - CRK, TJM
-
Microquasars - CRK, Rob Fender (RF), TJM
-
Monte-Carlo simulations - AJB
-
Optical/X-ray data reduction - ?
-
Perl programming - AJB
-
Python programming - CRK
-
Radiation processes - CRK, TJM
-
Radio data reductions, AIPS - CRK, RF
-
Statistics - Christian Knigge (CKn)
-
Supercomputing facilities - CRK
-
Swift - KEM, AJB, AJD
-
Timing analysis - IMH, Malcolm Coe (MJC), CKn, TJM
-
XSPEC - TJM
This page maintained by the course co-ordinators, Tony Bird and Phil Uttley. Any
queries, questions or complaints to them.
Finally, and importantly, thanks to all the folks giving up their time
to provide the lectures!