Courses

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Introductory meetings - astronomy VT 2012

Introductory meetings - theoretical physics VT 2012

 

Courses at basic level, astronomy

		term, period
Introduction to Astronomy	ASTA01, 7.5 hp	Spring
Secrets of the Universe	ASTA02, 7.5 hp	Spring 2013, 2015
Basic Astronomy	ASTA03, 7.5 hp	Fall
Conditions for Life in the Universe	ASTA04, 7.5 hp	Fall 2012, 2014
Astronomy and Astrophysics	ASTA11, 15 hp	Fall 2011
Plasma Physics	ASTA21, 7.5 hp	Spring, 1
Galaxies and Cosmology	ASTA33, 7.5 hp	Fall, 2
Radiation Processes and Stellar Atmospheres	ASTA34, 7.5 hp	Spring, 2
Introduction to Astrophysics	ASTB01, 7.5 hp	Fall, 1
Astrobiology	ASTC01, 7.5 hp	Fall, 2
Man in the Universe	ASTC02, 7.5 hp	Spring 2013, 2015
Bachelor's Degree Project	ASTK01, 15 hp

Courses at advanced level, astronomy

		term, period
Statistical Tools in Astrophysics	ASTM21, 7.5 hp	Fall, 2
High Energy Astrophysics	ASTM12, 7.5 hp	Fall, 1
Dynamical Astronomy	ASTM13, 7.5 hp	Fall, 2
Stellar Structure and Evolution	ASTM14, 7.5 hp	Fall, 1
Laboratory Astrophysics	ASTM15, 7.5 hp	Spring, 2
Observational Techniques and Instrumentation	ASTM18, 7.5 hp	Spring, 1
Extragalactic Astronomy	ASTM19, 7.5 hp	Spring, 1
Planetary Systems	ASTM20, 7.5 hp	Fall
Computational Astrophysics	ASTM22, 7.5 hp	Spring, 1
Master Degree Project	ASTM31, 60 hp	Fall

 

 

Courses at basic level, theoretical physics

		term, period
Models and simulations	FYTA11, 30 hp	Fall
Fundamental theoretical physics	FYTA12, 30 hp	Spring
The scientific method	MNXA09, 7.5 hp	Spring, 1
Bachelor's Degree Project	FYTK01, 15 hp

Courses at advanced level, theoretical physics

		term, period
Mathematical methods of physics	FYTN01, 7.5 hp	Spring, 2
Statistical mechanics	FYTN02, 7.5 hp	Fall, 2
Computational physics	FYTN03, 7.5 hp	Fall, 1
Theoretical particle physics	FYTN04, 7.5 hp	Fall, 2
Theoretical biophysics	FYTN05, 7.5 hp	Fall, 1
Artificial neural networks	FYTN06, 7.5 hp	Spring (2012), 1
General relativity	FYTN08, 7.5 hp	Spring, 2
Classical mechanics	FYTN09, 7.5 hp	Spring (2011), 1 Reading
Introduction to Quantum Field Theory	FYTN10, 7.5 hp	Spring, 1
Masters degree projects	FYTM01, 30 hp
	FYTM02, 60 hp

Courses at postgraduate level

Introduction to PhD studies	1.5 hp	Reading
Fundamental electromagnetism	7.5 hp	Reading
Advanced quantum mechanics	7.5 hp	Reading
Introductory molecular biology	7.5 hp	Reading
Group theory	7.5 hp	Reading
Relativistic quantum mechanics and introductory QFT	7.5 hp	Reading
Advanced quantum field theory	7.5 hp	Reading
Colours, flavours and their consequences	7.5 hp	Reading
Particle physics phenomenology	7.5 hp	Reading
Object oriented programming in C++	4.5 hp	Reading
Superconductivity	7.5 hp	Reading
Advanced statistical mechanics	7.5 hp	Reading

Other courses of interest for postgraduate students

Pedagogical courses at the faculty

MNXA02, GEMF05, GNVB05 Gender in Science and Technology

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