Supramolecular Chemistry
Supramolecular Chemistry (not taught at the moment)
The objectives of this course are
– developing a profound understanding of noncovalent bonding interactions
– becoming prolific in the most important synthetic methods applied in supramolecular systems.
We further cover analytical methods to characterize supramolecular assemblies in solution and larger self-assembled systems.
Information & Schedule
All content will be provided online, majorly via the XXX platform. Password is provided in the first lecture.
SupraChem
Period: weekly
Lecture: 2 SWS
Problem Sets: 2 SWS, weekly, starting in the second week of the lecture.
Written Exam: —
Materials: The most important materials are your own hand-written lecture notes!
Materials of the Lecture and Problem Set will be uploaded to the Moodle platform.
Schedule
1. |
| Introduction |
2. | Fundamental Noncovalent Interactions & Solvation | |
3. |
| Stability of Complexes, Methods |
4. |
| Ionic Interactions (cations & anions) / Anion complexation |
5. |
| Hydrogen Bonding |
6. |
| Hydrogen Bonding Architectures |
7. |
| Halogen Bonding (s-hole interactions) |
8. |
| Aromatic Interactions |
9. |
| Host–Guest Systems & Supramolecular Architectures |
10. |
| Supramolecular Polymers |
11. |
| Self-Assembly on Larger Scales |
12. |
| Mechanical Interlocked Systems & Molecular Machines |
13. |
| Supramolecular Catalysis & Systems Chemistry |
14. |
| Buffer / open discussion |
Team
Prof. Dr. Oliver Dumele
Oliver teaches the main part of the Supramolecular Chemistry lecture. His laboratory works on supramolecular systems based on porous materials.
Materials of the Course
Please sign into XXX course. For those not being associated with the university, please send an email to Oliver.
Recommended Text Book:
J. W. Steed, J. L. Atwood, “Supramolecular Chemistry”, Wiley, 2009 (2nd edition). Available online / VPN (Wiley online library, link: https://onlinelibrary.wiley.com/doi/book/10.1002/9780470740880)