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自然科学 · 🇩🇪 Germany

最佳自然科学大学 德国 2026

在德国学习自然科学的最佳大学包括Ludwig Maximilian University of Munich, Karlsruhe Institute of Technology, Technical University of Munich (TUM)。BrightKey 已对5所大学的相关项目进行评估。

评估基于 BrightKey 的 6 维度评级和大学公开的知名项目数据。 编辑标准.

签证 & 工作权

18-month job-seeking visa post-graduation

申请系统

uni-assist + direct

国际学费

€0–300/semester (most programs free)

更多 德国留学指南 →

5 所推荐院校,按 BrightKey 评级排序

Ludwig Maximilian University of Munich

Munich · 建校 1472 · 16% 国际生

SAA

自然科学项目

  • PhysicsMax Planck legacy institution with 5 Nobel Prizes in Physics, direct collaboration with Max Planck Institute for Quantum Optics, and attosecond laser research led by Nobel laureate Ferenc Krausz
  • Biology and BiochemistryGene Center Munich and Martinsried campus hosting cutting-edge genomics and structural biology research, with Max Planck Institute for Biochemistry next door enabling joint PhD programs
Heidelberg University

Heidelberg · 建校 1386 · 20% 国际生

AAA

自然科学项目

  • Physics and AstronomyBuilt on the legacy of Kirchhoff and Bunsen (founders of spectroscopy) and Max Born (Nobel 1954). Four Max Planck Institutes in the region cover nuclear physics, astronomy, and medical research. Heidelberg Institute for Theoretical Studies adds computational depth. PhD placements at CERN and leading US departments.
University of Göttingen

Göttingen · 建校 1734 · 15% 国际生

BAA

自然科学项目

  • BSc MathematicsCarries the Gauss-Hilbert-Noether-Klein heritage materially — Göttingen Mathematics remains one of the strongest German mathematics environments, with research depth in number theory, algebraic geometry, mathematical physics, and applied analysis. Small-group problem-solving sessions (Übungen) are structurally central and faculty engagement in upper-division courses is materially high. German-taught Bachelor's; growing English-taught Master's options.
  • BSc Theoretical Physics / MSc PhysicsAnchors on the Göttingen Circle quantum mechanics heritage of the 1920s — Werner Heisenberg formulated matrix mechanics here in 1925, and Max Born developed the probabilistic interpretation of the wavefunction. Contemporary research depth in theoretical physics, condensed matter, biophysics (through the Max Planck Institute for Biophysical Chemistry partnership), and astrophysics. Structural research integration with the Max Planck Institutes on the Göttingen Campus.

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