3.2. Schwerpunkt: Theorie der Quantenstruktur und Geometrie von Raum, Zeit und Materie
Lehrveranstaltungen 14 Std., davon mind. zwei Seminare (siehe auch Zweiter Studienabschnitt 2.2.3.)
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Aichelburg
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Aichelburg
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Beig
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Beig
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Bartl
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260229 UE 0 ECTS Exercises in Quantum Field Theory 1 - Introductory quantum field theory exercises 1Bartl
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Grimus
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Grimus
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Yngvason
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Hiesmayr
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260250 VO 0 ECTS Classical field theory (T6) - Classical field theory (formerly theoretical physics 6)Rumpf
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Rumpf
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Beig
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260056 SE 0 ECTS Seminar in Theoretical Physics - Seminar in Theoretical Physics: Modern aspects of quantum field theoryGrosse
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Bartl
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Yngvason
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Arndt
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260137 SE 0 ECTS Treatment of sel. conceptual quantum theor. probl. - Community based treatment of selected conceptual quantum theoretic problemsEmbacher
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260187 SE 0 ECTS Seminar on Neutron- and Solid State Physics - Seminar on Neutron- and Solid State PhysicsRauch
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Aichelburg
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Urbantke
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Aichelburg
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260158 SE 0 ECTS Mathematical Physics, Literature seminar - Mathematical Physics, Literature seminar, noncommuative geometry and stringsGrosse
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Bartl
Last modified: We 13.06.2018 00:34