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MaNEP doctoral program (Geneva): Activities
Main course

Applications of the Many-Body Formalism in Condensed-Matter Physics
Tools: Correlation functions, Green's functions, self-energy, Feynman diagrams, linear response
Applications: Resistivity, photoemission, tunneling spectroscopy, optical conductivity

Advanced
course(s)
See the semester program below.
Other courses Doctoral program in physics (CUSO)
Generic skills (CUSO)
Schools Summer/winter specialized schools and other courses
[ More... ]
Tutorials Short focussed lessons organized on request by the PhD students
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PhD-students
seminar
Informal meeting reserved to PhD students
[ More... ]

Autumn semester 2011

Main course Applications of the Many-Body Formalism in Condensed-Matter Physics
First part: Formalism, correlation functions, Feynman diagrams
C. Berthod
Thursday 10:00-12:00, room 102 (Sciences I)
History

Spring semester 2011

Main course Applications of the Many-Body Formalism in Condensed-Matter Physics
Third part: Resistivity, tunneling
C. Berthod
Thursday 10:00-12:00, room 306 (Sciences I)

Autumn semester 2010

Main course Applications of the Many-Body Formalism in Condensed-Matter Physics
Second part: Feynman diagrams (contd.), linear response, photoemission
C. Berthod
Thursday 10:00-12:00, room 306 (Sciences I)

Spring semester 2010

Main course Applications of the Many-Body Formalism in Condensed-Matter Physics
First part: Formalism, correlation functions, Feynman diagrams
C. Berthod
Thursday 10:00-12:00, room 306 (Sciences I)

Autumn semester 2009

Main course Applications of the Many-Body Formalism in Condensed-Matter Physics
Third part: Resistivity, tunneling
C. Berthod
Tuesday 10:00-12:00, room 306 (Sciences I)

Spring semester 2009

Main course Applications of the Many-Body Formalism in Condensed-Matter Physics
Second part: Feynman diagrams (contd.), linear response, photoemission
C. Berthod
Tuesday 10:00-12:00, room 306 (Sciences I)

Autumn semester 2008

Main course Applications of the Many-Body Formalism in Condensed-Matter Physics
First part: Formalism, correlation functions, Feynman diagrams
C. Berthod
Tuesday 10:00-12:00, room 102 (Sciences I) [PDF]
Special course Transport and Magnetism in Disordered Systems
M. Müller
Thursday 14:00-16:00, room 102 (Sciences I) [PDF]
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