For all lectures a corresponding moodle page exists (see Moodle) on which extra material is offered. In order to be able to write exam papers, you need to sign up via Unisono for the individual modules. In case you have extra question, feel free to contact us.
Chemistry (Bachelor Level) | |||
Module | Contact | When? | Content |
| Anorganische Chemie 1 (Vorlesung, Übung) | Prof. Dr. J. Schmedt auf der Günne | every 2nd winter term | main group elements chemistry |
| Anorganische Chemie 2 (Vorlesung, Übung) | Prof. Dr. J. Schmedt auf der Günne | every 2nd summer term | chemistry of the rest of the periodic table |
| Anorganische Chemie 2 (Praktikum) | Prof. Dr. J. Schmedt auf der Günne, N.N. | every summer term | |
| Anorganische Chemie 3 | Prof. Dr. J. Schmedt auf der Günne, N.N. | every winter term | instrumental analytical inorganic chemistry |
| Wahlpflichtfach 1, Anorganische Chemie | Prof. Dr. J. Schmedt auf der Günne | as announced in Unisono | different modules: Magnetic Resonance Spectroscopy I/II (see below) or "anorganische Syntheseplanung" |
| Vertiefungspraktikum | every term | different subjects: synthesis of inorganic materials, analytical chemistry, quantum theory,... (check out the research done and the publications of the group for examples) | |
| Bachelorarbeit | Prof. Dr. J. Schmedt auf der Günne, N.N. | every term | individual |
Chemistry (Master Level) | |||
Module | Contact | When? | Content |
| Special Inorganic Chemistry (EC III) | Prof. Dr. J. Schmedt auf der Günne | every term | current developments, special topics |
| Advanced Inorganic Chemistry | Prof. Dr. J. Schmedt auf der Günne, N.N. | every 2nd winter term | advanced concepts in inorganic chemistry |
| Magnetic Resonance Spectroscopy - Solid-State Spectra Analysis | as announced in Unisono | solid-state NMR, 1D NMR, relaxation, MAS, quantification, focus on applications in inorganic materials science (nano-materials, ion conductors, glasses, crystalline defects) | |
| Magnetic Resonance Spectroscopy - Pulse Methods | as announced in Unisono | solid-state NMR, pulse sequences, 2D NMR, phase cycling, coherences, focus on applications in inorganic materials science (nano-materials, ion conductors, glasses, crystalline defects) | |
| Elective Lab Course I/II | Prof. Dr. J. Schmedt auf der Günne | every summer term | synthesis and characterization of inorganic crystallline solids |
| Materials for Energy Storage and Conversion | Prof. Dr. J. Schmedt auf der Günne | as announced in Unisono | ion conductors, semi-conductors, phosphors, ... |
| Solid-State Chemistry | every 2nd summer term | synthesis and characterization of inorganic solids | |
| Research Project I / II | every term | different subjects: synthesis of inorganic materials, NMR, analytical chemistry, quantum theory,... (check out the research done and the publications of the group for examples, ask) | |
| Master Thesis | every term | individual | |
Nanoscience and Technology (Master Level) | |||
Module | Contact | When? | Content |
| Advanced Inorganic Chemistry | Prof. Dr. J. Schmedt auf der Günne, N.N. | every 2nd winter term | concepts in inorganic chemistry |
| Materials for Energy Storage and Conversion | Prof. Dr. J. Schmedt auf der Günne | as announced in Unisono | ion conductors, semi-conductors, phosphors, ... |
| Magnetic Resonance Spectroscopy - Solid-State Spectra Analysis | as announced in Unisono | solid-state NMR, 1D NMR, relaxation, MAS, quantification, focus on applications in inorganic materials science (nano-materials, ion conductors, glasses, crystalline defects) | |
| Magnetic Resonance Spectroscopy - Pulse Methods | as announced in Unisono | solid-state NMR, pulse sequences, 2D NMR, phase cycling, coherences, focus on applications in inorganic materials science (nano-materials, ion conductors, glasses, crystalline defects) | |
| Research Lab Course | every term | different subjects: synthesis of inorganic materials, NMR, analytical chemistry, quantum theory,... (check out the research done and the publications of the group for examples, ask) | |
| Master Thesis | every term | individual subjects | |