Quantum Science and Technology
We are in the midst of a fundamental shift. Quantum technology is redefining technological boundaries and opening new possibilities for computation, sensors, and communication. In this programme, you can specialise in everything from foundational theories in quantum science to design of quantum components and algorithms for future quantum computers.
Quantum technology provides solutions to problems that until now have been out of reach. Quantum computers can simulate nature, calculate complex molecular structures, and contribute to the development of new medicines and materials. Quantum sensors make it possible to measure new phenomena or to measure with extreme precision – for example ‘seeing’ under water and navigating in areas where GPS does not work. Quantum communication enables secure data transmission that can protect critical infrastructure.
This master’s programme meets the growing demand for researchers and professionals who can integrate physics, mathematics, computer science, and chemistry into coherent technological and scientific applications.
What is quantum science and technology?
Quantum science describes the physics of particles such as electrons, atoms, and photons – how they behave, how they interact with one another, and how matter is constructed. We develop new theories and advanced mathematics to better understand nature and to identify the possibilities and limits of quantum science.
Quantum technology exploits fundamental principles of quantum science to create materials, technological components, and applications with new properties and capabilities. In this field we seek to understand and harness fundamental quantum-mechanical phenomena such as entanglement and superposition in practical applications, including quantum sensors, quantum algorithms, and quantum cryptography.
Great flexibility and access to Norway’s most advanced laboratories
As a master’s student on our programme, you will be able to specialise in topics of your choice within quantum science and quantum technology. You will have access to Norway’s most advanced laboratories for quantum materials, nanofabrication, and semiconductor technology, and the opportunity to use high-performance computing. For example, you might work on protocols for quantum sensors and quantum cryptography, or develop algorithms for the quantum computers of the future.
The programme offers several tracks you can specialise in, including
- experimental quantum technology and quantum materials
- quantum information with a focus on mathematics
- theoretical quantum science with numerical simulations of quantum phenomena
Master’s thesis in close collaboration with leading research groups
The quantum technology programme is closely connected to the recently established research centres in quantum technology, where several lecturers and potential supervisors hold central roles in Norway’s leading research groups in quantum sensors and quantum algorithms.
You will direct the research project that constitutes your master’s thesis and work in close dialogue with a supervisor. You choose a supervisor in the first semester and become part of a research group. Our research groups work on quantum materials, new qubit systems, and theories for error correction. We also develop general theory for quantum systems.
Experimental, theoretical, or computation-focused master’s thesis
Your master’s thesis will be at the research frontier and tailored to your academic interests. The project can be experimental, theoretical, computation-focused, or a combination of these. You will receive close academic supervision and your results will be shared with industry and international research communities. It may also be possible to carry out your master’s thesis outside the University of Oslo, depending on the project topic.
An interdisciplinary master’s programme
The programme is part of the University’s strategy to build a nationally and internationally leading interdisciplinary environment for quantum science and quantum technology. We do this by bridging different disciplines: the departments of physics, mathematics, chemistry, and informatics collaborate to offer this programme. The interdisciplinary approach allows you to design and pursue master’s projects that span multiple subjects, fields, and interests.
Read more about the research groups involved in the programme to get an overview of what is possible and which prerequisites are required for the type of master’s project you are interested in.
Career opportunities and further study
Through this master’s you will gain both solid theoretical knowledge and practical experience. You will learn experimental laboratory techniques, programming, or advanced simulation tools – skills that are crucial for the development of quantum computers, sensor technology and materials with novel properties.
Expertise in quantum science and quantum technology is in demand across technology companies, the energy sector, research, space, defence, and the public sector, where the need for specialists with deep knowledge is steadily increasing.
The master’s degree can also pave the way for a research career through PhD studies at UiO or another institution.
Study environment
We create an interdisciplinary, diverse, and international environment, with close contact between students and faculty. You will be integrated into your supervisor’s research group and benefit from interaction with other master’s students, PhD candidates, postdoctoral researchers and faculty working in the same area. You will also become part of the social network within your supervisor’s section.
Common reading room in the first semester
Shared spaces support a good study environment, so we provide a common reading room for all students on this programme in the first semester. After that, you will move into the research groups of your supervisor.
Seminar series on quantum topics
We support you throughout your studies, among other things through a seminar series on quantum science and quantum technology aimed specifically at new bachelor’s and master’s students. Here you will hear speakers from industry, academia, and the public sector.
A vibrant student life
Many students are also active in the Fysikkforeningen (Norwegian page). This student society organises parties, company visits, and pub nights with quizzes. There are over 400 student organisations at the University of Oslo, so you will certainly find one that matches your interests.
Study abroad
For this programme, it is particularly relevant to go on exchange to one of the University’s partner institutions, notably the Niels Bohr Institute (NBI) at the University of Copenhagen.
Honours certificate
Are you academically ambitious? It is possible to supplement the master’s degree with an honours certificate worth 20 ECTS. You take the certificate concurrently with the master’s programme.