Studien- und Prüfungsordnung MSc Physik vom 14. April 2010

Transkript

1 Der Fachbereichsrat des Fachbereichs Physik der Philipps-Universität Marburg hat gem. 44 Abs. 1 des Hessischen Hochschulgesetzes (HHG) in der Fassung vom vom 14. Dezember 2009 (GVBl. I S. 666), am 14. April 2010 folgende Studien- und Prüfungsordnung beschlossen: Studien- und Prüfungsordnung für den Studiengang Physik mit dem Abschluss Master of Science (M. Sc.) der Philipps-Universität Marburg vom 14. April 2010! "#$%&' ( ) *+," - ". /$*$" 0+,"! +," +,"+," 11 2",+," *+,"3&1 "41 (1+," )54,& ," /:,;*1!%,"5 +,"% 05! :+,"&+,"& <&. *3"*6 =>,"", =%",!+?& =@%%%#!' =! 1

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22 =>+! *?% Vertiefungsmodule SWS P Nichtphysikalisches Wahlmodul 9 Kern-, Teilchen- und Astrophysik wahlweise Vertiefungs-Fortgeschrittenenpraktikum drei aus diesen 9 Angewandte Physik sechs Modulen 9 Quantenmechanik II Statistische Physik Summe 27 Zu bachten ist, dass keine Module wählbar sind, die schon zur Erfüllung des Bachlorstudiengangs herangezogen wurden. Ebenso unzulässig ist die Wahl eines Moduls, das zur Erfüllung von Auflagen diente ( 3(2)). Studierende mit einem Bachelorabschluss, der mehr als 12 P eines nichtphysikalischen Schwerpunkts enhielt, dürfen das nichtphysikalische Wahlmodul nicht als Vertiefungsmodul wählen. Schwerpunktmodule Gefordert werden fünf Module aus mindestens zwei Schwerpunkten, wobei ein Modul aus einem anderen naturwissenschaftlichen Fach als Physik gewählt werden kann, sofern es einen Bezug zu einem der Schwerpunkte hat Schwerpunkt Veranstaltung (Auswahl von gegenwärtig angebotenen Modulen) omplex Systems Physics of Turbulence Nonlinear Experimental Solid- State Physics Many-Particle Systems Fluids Fundamentals of Semiconductor Physics Magnetism of Ions and Insulators Semiconductor Physics and Devices Metallic Magnetism Neurophysics Neurons and Networks omplex Neural Networks Solid State Single-Particle Many-Particle Theory oncepts of Theory of Solids Solids Surface Science Surface Surface Physics Dynamics Optics Quantum Optics Thermodynamics of Light Sources and Receivers omputational omputational omputational Physics Soft Matter Electible Moduls* Physics I Molecular Materials and Electronic Devices Theory of General Relativity Physics II Methods in Nanobiotechnology Superconductivity Dynamics Laserspectroscopy Green Functions in Solid State Theory omputational Neurophysics Ultra-Short-Time Spectroscopy Nanophysics and Nanotechnology Physics of Solar Energy Utilization omputational Projects Theory of Soft Matter Electible Modul Methods in Material Science Models and Methods for orrelated Electron Systems Geometrical Optics 22

23 Summe 30 Jedes dieser Schwerpunktmodule besteht aus je 2 Stunden Vorlesung und Seminar, angerechnet mit 6 P *Als Electible Moduls sind Veranstaltungen, die gelegentlich auf Nachfrage angeboten werden. Aktuelle Beispiele sind General Relativity und Superconductivity. Forschungsblock Arbeitsgruppenpraktikum 15 Arbeitsgruppenseminar 3 Forschungspraktikum 15 Masterarbeit 30 Summe 63 Gesamtsumme redit Points 120 Im Rahmen des Schwerpunkt- oder Forschungsblocks muss ein Seminarvortrag in englischer Sprache gehalten werden. 23

24 Studien- und Prüfungsordnung MSc Physik vom 14. April $!+ G:", 9 (4+2) 9 Schwerpunkt I (2+2) 6 Schwerpunkt II (2+2) 6 Semester 1. FS 2. FS 3. FS 4. FS P Vertiefungsmodule Vertiefung I Vertiefung III (4+2) 9 (4+2) 9 27 Vertiefung II Schwerpunktmodule Forschungsmodule Schwerpunkt III (2 + 2) 6 Schwerpunkt VI (2 + 2) 6 Arbeitsgruppenpraktikum 9 Schwerpunkt V (2 + 2) 6 Arbeitsgruppenpraktikum 6 Arbeitsgruppenseminar 3 Forschungspraktikum 15 Masterarbeit 30 Summe

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