Home   Austria   Belgium   Bulgaria   Croatia   Czech Republic   Finland   France   Germany   Hungary   Italy   Lithuania   Netherlands   Poland   Romania   Serbia   Slovakia   Slovenia   Spain   Sweden   Switzerland   United Kingdom   ENS SERVICE   Education & Training Switzerland General Information Stakeholders Universities Research Institutes National Authorities Industry Others Career opportunities Overview with the universities University of Geneva Bachelor of Sciences Master of sciences in nucklear and particle physics École Polytechnique Fédérale de Lausanne and Swiss Federal Institute of Technology Zurich Master programme in nuclear engineering Bern University Master of science in chemistry and molecular sciences University Basel Master of Physics School of Undergound Waste Storage and Disposal Courses of Radioactive Waste European Graduate School “Handrons in Vacuum, Nuclei and Stars” University of Graz, Basel and Tuebingen Doctoral Programme of the Nuclear Physics EHRO-N University Locator Universities Bachelor Bachelor of Sciences at University of Geneva The first two years of physics studies at university contain a lot of mathematics. This is because mathematics is the most important tool for physicists: to show the true character of natural phenomena, from the infinitely small to infinitely large. In the third year students have the courses of particles and nuclear physics. Master of sciences in nuclear and particle physics The Master of Science in Physics is earned with a combination of theory courses, practical work and tutorials. Master’s programme in Nuclear Engineering at École Polytechnique Fédérale de Lausanne and Swiss Federal Institute of Technology Zurich. The Nuclear Engineering (NE) Master's program confers the title "Master of Science EPF-ETH in Nuclear Engineering” Scope of teaching Neutron and reactor physics including experiments on a nuclear teaching reactor Power plant technology and safety, novel reactor concepts Innovative materials and nuclear fuels Nuclear power as integral part of a sustainable energy supply Fusion technology Non-energetic nuclear applications in medicine and technology Source Master in Nuclear Engineering at the Swiss Federal Institute of Technology Zurich Master of Science in Chemistry and Molecular Sciences at Bern University The programs are targeted to acquire an understanding  of the topical questions of chemical, biochemical and material chemistry research, to realize problems and to know experimental methods for solving them. Courses of Nuclear/Radiochemistry Master of Physics at University Basel Nuclear, Particle and Astrophysics Seminar Topics for Masters Project and Theses of Nuclear Reactor Physics and Neutrons Reactor physics: in connection with the Swiss nuclear reactor school, we are developing experiments, to be performed with the reactor at our Institute, suitable for the practical training of reactor operators. We are investigating, among many topics, neutron diffusion, energy distribution of emitted neutrons, role of materials involved etc. Education and Training Programmes in the Ions Radiation Courses for students on Trainings Reactor Courses of Radioactive Waste at School of Underground Waste Storage and Disposal, Baden-Doertwill Situated in the heart of Switzerland the ITC provides both theoretical and practical training and research in all aspects of science, engineering, decision-making and communication concerned with underground waste management and related environmental issues. Doctoral Programme of the Nuclear Physics at the European Graduate School “Handrons in Vacuum, in Nuclei and Stars” at university of Basel, Tuebingen and Graz The main focus of the Doctoral Program "Hadrons in Vacuum, Nuclei and Stars" is a deeper understanding of Quantum Chromodynamics and the properties of hadrons. The Doctoral Program focuses on theoretical investigations whereas the partner Universities in Basel and in Tübingen contribute also to experimental hadron and astroparticle physics research. This close contact to the experimental hadron physics will have direct impact on the theoretical research in Graz. The Doctoral program has the following scientific long-term goals: structure of the QCD vacuum, axial anomaly confinement scenarios mechanism of dynamical chiral symmetry breaking and generation of hadronic masses structure of the nucleon exotic hadrons like e.g. glueballs and hybrids excitation spectrum of hadrons and properties of excited hadrons role of strange quarks in vacuum and hadron structure exclusive hadronic reations temperature and density dependence of hadron properties It is planned to combine different methods (analytical and computational, perturbative and non-perturbative) for the theoretical investigations in order to improve the quality of available theoretical techniques.