Prof. Dyker, Prof. Schulz im Wechsel
Sommersemester
Vorlesung: Di, Do 8-9 Uhr, Mi 10-11 Uhr, Übungen: 11-12 Uhr, HNC20
als inertiertes Klassenzimmer
Inhalt: Basiswissen der Organischen Chemie für Chemiker, Biochemiker und 2-Fach Bachelor Chemie.
Prof. Dyker, Prof. Schulz im Wechsel
Wintersemester
Vorlesung: Mo 8-9 Uhr, Mi, Fr. 9-10 Uhr, Übungen: Fr 8-9 Uhr, HNC20
als invertiertes Klassenzimmer
Inhalt: Erweiterung des Basiswissens Organische Chemie.
Prof. Huber, Prof. Gooßen
Wintersemester
Vorlesung: Mi, Fr: 9-10 Uhr, Übungen Fr 8-9 Uhr, HNC30
Inhalt: Vertiefen des Wissens, moderne Methoden der Organischen Chemie - Carbokationen, Radikale, Carbene, Carbanionen, stereochemische Konzepte und Enolate.
Mehr Infos im entsprechenden Moodle-Kurs
Prof. Merten
Wintersemester
Mo 9-11 Uhr, Mi 15-18 Uhr, HNC30
Inhalt: theoretische Grundlagen UV-, IR-, MS-, NMR-, ESR, Auswerten von Spektren unbekannter chemischer Verbindungen.
mehr Infos im entsprechenden Moodle-Kurs
Prof. Huber
Sommersemester
Übungen Fr 11:15-12:45 Uhr HNC10
Inhalt: Grundvorlesung "Organische Chemie" für Studierende der Biologie.
Mehr Infos im Moodle-Kurs (Passwort per Email erhältlich)
Cumpulsory Course, Master Programme Chemistry / Biochemistry
Prof. Huber, Prof. Gooßen
Summer Semester
Lecture: Tue 9-10, Fr 8-10, HNC30, Exercises Tue 8-9, HNC30
Content: Aromaticity, Pericyclic Reactions and Heterocycles.
More information on Moodle
Prof. Huber
summer semester, currently not offered.
Lecture hall: NC 5/99
Time: Thursday, 14:15-15:45 followed by 1 SWS exercises
Content: Syntheses, properties, and reactivities of fluorinated organic compounds.
More information on Moodle
Password will be provided via email.
Prof. Huber
winter semester
Lecture hall: NC 3/99
Time: We 13:00-15:00, 15:00-16:00.
Content: Concepts of supramolecular chemistry, non-covalent interactions, anion and cation binders, self-assembly (catenanes, capsules), applications (catalysis, sensors). A special focus of the lecture will be on halogen bonding and non-covalent organocatalytics.
More information on Moodle
Password will be provided via email.
Prof. Sander
winter semester
Lectures Thu 8-10, exercises Tue 8-10, NC3/99
Content: Advanced knowledge on the theory and techniques of the basic concepts of physical organic chemistry such as bond models, thermochemistry, and the theoretical evaluation of properties of experimental interest.
More information on Moodle
Prof. Merten, Prof. Hättig, Prof. Schmid
Winter Semester
Tue 13-15, NC 2/99, Exercises Wed 11-12, Zoom
Content: Basic concepts in computational chemistry
more information on Moodle
Prof. Merten
winter semester
More information on the course wich is held as block with hands-on exercises, can be found in the Moodle course.
Prof. Dyker
Content: HSAB-concept in organometallic synthesis, endocyclic restriction test, DOM reactions, organometallic reagents based on lithium, magnesium, zink, titanium, boron and copper, stereoselective reactions with organometallic reagents.
Prof. Dyker
Content: Key steps in catalytic cydles, Heckreaction and other Pd-catlyzed donimo processes, catalytic activation of Au-, Co-, Cu-, Fe-, Mn, Ni-, Rh-, Ru- and Lanthanoid-complexes.
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Last update: Oct 10, 2024
