Research Lines and Master's Thesis (TFM)
The Master's program is built around 6 cutting-edge research fields. All faculty members and researchers affiliated with the program are eligible to supervise Master's Theses across any of these areas:
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🔬 Nuclear Structure: Theoretical models, fundamental properties, and behavior of atomic nuclei.
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⚛️ Nuclear Reactions: Theoretical and experimental analysis of collision mechanisms, scattering, and nuclear fusion.
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🛠️ Experimental Nuclear Physics: Instrumentation development, detection systems, particle accelerators, and data analysis at major research facilities.
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💡 Applied Nuclear Physics: Practical applications in energy, medical physics (radiotherapy and imaging), environmental science, and materials research.
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🌌 Hadronic Physics: Study of hadrons, quarks, internal subatomic structure, and the strong force (Quantum Chromodynamics).
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⭐ Nuclear Astrophysics: Exploration of nuclear processes driving stellar evolution, nucleosynthesis, and cosmic phenomena.
💡 Thesis Supervision: All Master's faculty members listed on this website are available to supervise research projects within any of the lines above.
