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Master's Programme in Physics

Three study paths are proposed: Particles and Cosmos, Quantum Matter and Atomic-Molecular-Optical physics. These reflect the areas of expertise of our international team of researchers. The master programme is highly customizable and can also offer a generalist master degree. Strong R&D oriented master projects are offered with companies and research groups.

The programme covers detector physics and data analysis, quantum information, nanotechnology, particle physics, cosmology, atomic, molecular, laser and attosecond physics, and has ramifications to domains such as astrophysics, atmospheric science, molecular biophysics and astrobiology.

Choose your topical study paths

You can choose among three topical study paths: Particles and Cosmos, Quantum Matter and AMO-physics. The study paths described below are flexible and can be customized towards different profiles depending on your interests.

study paths master physics

Particles and Cosmos

The Particle and Cosmos study path covers the physics from the infinitesimally small to the largest structures in the universe, from quarks and leptons to the primordial universe and its fundamental laws. It includes general relativity, cosmology, particle and astroparticle physics as well as nuclear physics.

Recommended course package

FK7050 Cosmology and Astroparticle Physics, 7.5 hp

FK7051 Nuclear Physics, 7.5 hp

FK7062 Elementary Particle Physics, 7.5 hp

FK5027 Advanced Quantum Mechanics, 7.5 hp

FK7055 Accelerator Physics, 7.5 hp

FK7049 Analytical Mechanics, 7.5 hp

FK8025 General Relativity 7.5 hp

FK7068 Machine Learning for Physicists and Astronomers, 7.5 hp


Quantum Matter

The Quantum Matter study path prepares the students to R&D work in all areas of modern solid state physics, phase transition, symmetries, and all quantum phenomena at play in condensed matter.

Recommended course package

FK7058 Statistical Physics, 7.5 hp

FK7060 Condensed Matter Physics, 7.5 hp

FK7054 Nanotechnology, 7.5 hp

FK7053 Superconductivity, 7.5 hp

FK7067 Modern X-ray science: theory and applications 7.5 hp

FK7046 Optics and Laser Physics, 7.5 hp

FK7052 Introduction to Quantum information 7.5 hp

FK8028 Simulation Techniques in Statistical Physics, 7.5 hp


AMO-physics (Atomic, Molecular and Optical Physics)

In AMO-physics, the interaction between light and matter on various scales, from the atomic to molecular level is studied to understand and control atoms, molecules, and light in new ways that were hardly dreamed about, only a decade ago.

Recommended course package:

FK7057 Atomic physics, 7.5 hp

FK7066 Molecular physics, 7.5 hp

FK7046 Optics and Laser Physics, 7.5 hp

FK7067 Modern X-ray science: theory and applications 7.5 hp

FK7047 Quantum optics 7.5 hp

FK7059 Quantum chemistry, 15 hp

FK5027 Advanced Quantum mechanics, 7.5 hp

FK7068 Machine Learning for Physicists and Astronomers, 7.5 hp


  • Programme overview

    The programme represents two years of full time studies (120 credits), out which 30, 45 or 60 credits are allocated to the master thesis project. Within the programme there is a lot of freedom to choose the courses that best suit your interests and your physics profile. There is also room for you to broaden your competence thanks to a large number of facultative and optional courses.

    Topical study paths "Particles and Cosmos", "Quantum Matter" and "AMO-physics" are proposed to guide you towards broad research directions; you can either choose to follow them or tailor your own path by selecting your courses from the lists below.

    With a combination of mandatory, eligible and optional courses you acquire a solid base in analysis of data, experimental physics and experimental methodology. This is complemented by at least one theoretical course. The last phase of the programme consists of the master thesis project. We offer the possibility to carry out long projects, up to one year. Knowledge and skills acquired in the programme find applications in many areas of industry and research.

    Year 1

    1st Semester

    Programming and Computer Science for Physicists, 7.5 credits, DA7011
    Eligible courses*, 22.5 credits

    2nd Semester

    Statistical Methods in Physics, 7.5 credits, FK7061
    Eligible courses*, 22.5 credits

    Year 2

    1st Semester

    Optional courses**, 0, 15 or 30 credits
    (the Physics Degree Project could start already on the 1 semester)

    2nd Semester

    Physics Degree Project, 45 credits, FK9002 (or Physics Degree Project, 30 credits, FK9001, or Physics Degree Project, 60 credits, FK9003).


    *Eligible courses

    At least one of the experimental courses:

    Physical Measuring Techniques,  7.5 credits, FK7063
    Detector Physics 7.5 credits, FK7056

    At least one of the theoretical courses:

    Analytical Mechanics, 7.5 credits, FK7049
    Elektrodynamics, 7.5 credits, FK7045
    Statistical Physics, 7.5 credits, FK7058

    At least two of the experimental courses:

    Atomic Physics, 7.5 credits, FK7057
    Elementary Particle Physics, 7.5 credits, FK7062
    Condensed Matter Physics, 7.5 credits, FK7060
    Nuclear Physics, 7.5 credits, FK7051
    Optics and Laser Physics, 7.5 credits, FK7046
    Molecular Physics, 7.5 credits, FK7066
    Quantum Optics, 7.5 credits FK7047


    **Optional courses:

    In order to give you the ability to customise the programme to your interests and needs, you have the possibility to choose among a number of optional courses. The optional courses represent in total 15 to 45 credits, depending on the scope of the master thesis project. The optional courses can be chosen freely among all the physics courses proposed at Stockholm University.

    Independent project

    The master thesis project usually starts during the second year, but may start as soon as you have earned at least 45 credits of advanced courses in physics.  The project is usually carried out in one of the research groups of the physics department. The master thesis project may also be carried out at a different university or in a company. During the master thesis project you are given the opportunity to participate to the activity and life of the research group. You work with a research question in a professional research environment where you are in contact with graduate students and researchers. While still a university environment, it provides a unique opportunity to dive deep into a professional environment and develop important soft-skills (independence, perseverance, problem solving, critical thinking, communication, troubleshooting...) before going further to industry or graduate studies.

  • How to apply

  • More information

    Before starting on one of the Master’s programmes you should have passed a course/courses covering the following areas of quantum mechanics:

    • Basic concepts and methods in non-relativistic quantum mechanics
    • the Schrödinger equation
    • The wave function and its interpretation
    • Operators
    • One-dimensional potentials
    • The free particle
    • The harmonic oscillator, ladder operators
    • Matrix representation
    • The uncertainty principle
    • The formalism of quantum mechanics
    • Schrödinger equation in three dimensions
    • The hydrogen atom and hydrogenic atoms
    • Angular momentum and spin
    • Many-particle systems, in particular atoms
    • Time-independent and time-dependent perturbation theory, fine structure, Zeeman effect, emission and absorption of radiation
    • Variational calculus
  • Meet us

    Meet our teachers

    All teachers on the master programme are engaged researchers. The department of physics houses both theoretical and experimental research. The availability and access to top-level experimental facilities where our researchers are active is also a strong asset to the master programme and provide a wide range of master thesis project opportunities: particle physics with ATLAS (Higgs physics, dark matter...), anti-hydrogen experiment ALPHA and GBAR at CERN, interaction between ions at the DESIREE storage ring in Stockholm (atomic and molecular physics), neutrino astrophysics with IceCube at the south pole (astroparticle physics), Xenon1t at the Gran Sasso laboratory in Italy (Dark matter), FAIR in Darmstadt (atomic and nuclear physics), Free Electron Laser XFEL in Hamburg (molecular physics), control of fusion plasma at ITER (instrumentation physics), studies cosmic background radiation and supernovas with modern astronomy facilities, and more.

  • Career opportunities

    A master degree in physics opens up industry and institutions working with research and development, as well as doctoral studies. Many large experiments are carried out internationally and a master degree in physics from Stockholm University opens up job opportunities at international laboratories, including the upcoming international facilities MAX IV and ESS in the south of Sweden. There is an increasing worldwide need for academics with advanced knowledge in physics. Among relevant areas we find research, development and usage of detectors and sensors, analysis of experimental data, energy production, applications of laser technology, instrumentation for medical applications, nanotechnology, telecommunications, photonics, quantum information...

  • Contact

    Academic advisor at the Department of Physics:

    Programme responsible:

    Prof. Christophe Clement, e-mail: