Master Programme in Physics - Quantum Science and Technology

About the programme

Understanding quantum theory leads to fundamental insights about the physical world and the fact that quantum systems can be used to manipulate information processing in ways that have no counterpart in classical physics and mainstream technology.

You will study quantum theory, physics' role in information, and its connections to major quantum technologies such as quantum computers, quantum communication, and quantum simulation. Beyond quantum mechanics, the courses cover the quantum theory of light, the theoretical aspects of information carried by quantum systems, lasers, and the physics of several important areas for quantum technology, such as superconductors, nanostructures and atoms.

The programme has strong links to research in the many groups at Lund University working on quantum science and technology, ranging from the foundations of quantum theory to Lund Laser-Lab and Lund Nano-Lab.

Programme courses

Your programme begins with a diverse selection of courses, ranging from general to specialized topics. The program culminates in a master's degree project within one of our research groups, offering you ample opportunities to tailor your studies to your interests.

We recommend that you start your first year by selecting mainly among the compulsory courses. These courses serve as an introduction to higher studies in physics.

Two courses are compulsory:

• Quantum Mechanics (FYSN27)
• Quantum Physics in Research and Society (FYSN21)

In addition to the compulsory courses, you are required to choose a minimum of three out of the following seven courses:

• Quantum Computation (FYST85)
• Quantum Optics (FYST83)
• Quantum Information Theory (FYST82)
• Superconductivity (FYST84)
• Light-Matter Interaction (FYST86)
• Lasers (FYST01)
• The Physics of Low-dimensional Structures and Quantum (FYST79)

If you have taken a similar course during your bachelor's degree, contact the student administration to discuss any equivalences.

During the second year, you are required to conduct a Master's degree project. We suggest opting for a full academic year project, equivalent to 60 ECTS credits, with course code FYSM64. Alternatively, you can pursue a one-semester project worth 30 ECTS credits, with course code FYSM34. If you choose the latter, you can either complete the project full-time for one semester or half-time for two semesters. In addition, you'll need to enroll in courses totaling an extra 30 ECTS credits.

Degree requirements

The quantum science and technology track of the master programme in physics offers a wide range of courses. Each study period, you're required to select 15 credits worth of courses (typically two half-time courses, unless stated otherwise). Be sure to review the course requirements and reach out to the course coordinator if you have any questions.

To view the general degree requirements for the master programme in physics, please click on the following link:

• General degree requirements

Career prospects

This master programme provides a basis for several career paths. It gives the necessary knowledge base for pursuing a research education in either theoretical or experimental quantum information science and/or quantum technology.

It also provides good opportunities for entering the quantum technology industry, which is on the rise both in Sweden, Europe, and around the world. Increasingly many companies, both recent and long-established, are aiming to develop applications in computing, information security, simulation, sensing, et cetera.

Graduates are also equipped for jobs in the non-quantum industry, for instance in programming, modeling, and data processing.

How to apply

• For international students: How to apply and more info about the programme Quantum Science and Technology on the Lund University International website
• For students from Sweden: How to apply and more info about the programme Quantum Science and Technology on the Lund University central website (in Swedish)