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  1. The six-semester Bachelor offers you a comprehensive physics education while at the same time fostering early specialization and research experience. Key Facts: 6 semesters, 180 ECTS, early research experience, fast-track PhD option, no tuition. Learn more.

    • Why JGU

      PRISMA: The MESA particle accelerator; Center for Innovative...

    • Degree programs

      Jumpstart your career. at JGU. Degree Programs. Explore the...

    • Research

      Mainz offers the ideal infrastructure for studying physics....

    • Versatile student life

      Versatile student life - Physical Sciences in Mainz,...

    • Bachelor Degree

      Bachelor Degree - Physical Sciences in Mainz, Germany:...

    • Master degree

      Master degree - Physical Sciences in Mainz, Germany:...

    • PhD Program

      PhD Program. Whether you want to start a career in science...

    • While Studying

      While Studying - Physical Sciences in Mainz, Germany:...

    • Disclaimer

      Disclaimer - Physical Sciences in Mainz, Germany: Bachelor,...

  2. Apr 5, 2024 · In Mainz, our programs in Physics include the following subject areas that many of our research groups contribute to: Quantum and atomic physics. Hadron and nuclear physics. Particle and astroparticle physics. Condensed matter physics.

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  4. Master of Science Physics. The MSc at JGU is a two-year international graduate degree, completely taught in English. The first two semesters focus on deepening your knowledge of theoretical and experimental physics gained in the BSc.

  5. Jan 25, 2023 · Research in phenomenological particle physics centers on collider physics, flavor physics, perturbative quantum field theory at higher orders, and effective field theories for heavy and light quarks. On a more theoretical side, our research covers the mathematical structures of scattering amplitudes, algebraic Yang-Mills-Higgs theories and ...

  6. It consists of five research areas: A: Exploring the intensity frontier at MESA. B: Precision physics at the low-energy frontier. C: Exploring the weakly interacting universe. D: Physics at high-energy accelerators. E: Theory and phenomenology of fundamental interactions. They are supplemented by three key structural initiatives:

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