Master Physique Fondamentale Et Applications — Technologies quantiques

Tuition comes to 250 EUR per year.

Fundamental physics explores the basic laws that govern matter, energy, and the physical universe, ranging from subatomic particles to large-scale systems, and provides the theoretical grounding for many applied technologies. The Master Physique Fondamentale Et Applications — Technologies quantiques at Université Sorbonne Paris Nord, in Villetaneuse, France, focuses on the branch of physics concerned with quantum technologies, an area applying principles of quantum mechanics to computing, communication, sensing, and measurement. Students in a program of this kind typically study quantum mechanics, condensed matter physics, electromagnetism, and statistical physics, alongside more specialized modules on quantum information, quantum optics, or solid-state devices. Laboratory work and mathematical modeling are usually central components, building the analytical and experimental skills needed to work with quantum systems. Graduates of fundamental and quantum physics programs typically pursue careers in research laboratories, technology companies developing quantum computing or sensing hardware, telecommunications, semiconductor industries, metrology, or continue on to doctoral studies. The strong mathematical and experimental training also transfers to broader roles in data science, engineering, and scientific computing. This is a two-year master's program, expected to start in September, taught in French, with yearly tuition of 250 EUR. Students considering this program should have a solid background in mathematics and physics, since the coursework builds on advanced theoretical concepts while also requiring rigorous problem-solving and laboratory practice relevant to emerging quantum technologies.