After successful completion of the course, students are able to identify key contexts and principles in nanochemistry, explain the impact of "nano" on properties and structures of nanomaterials, draw structures of nanocarbons, indentify and predict functional properties, and reconstruct important synthetic routes.

Physical origin of nano-effects: quantum and surface effects Elektrical, magnetic and optical properties of nanomaterials Synthesis, structures and chemicla/physical modification of nanotubes, ultra-thin films, mesoporous materials, quantum dots, nanocomposites, etc. Influence of surface groups on the properties of nanomaterials Photolithographic methods for nanostructuring Phase-separated polymers Self-assembly by chemical interactions (surface-functionalization, self-assembled monolayers, Langmuir-Blodgett techniques etc.)

Gemeinsame Diskussion von Literaturbeispielen, Rechnen von Übungsbeispielen, Unterstützung durch vertiefende Videos und Handouts

During the Summer Semester 2020  the lecture is blocked in the context of ATHENS  -  from Monday 16.03.2020 to Friday, 20.03.2020.
Location: Seminar room BA 10 A (Getreidemarkt 9, BA building, 10th floor).

The individual lecture slots are as following:

First Part of the lecture (lecturer: Prof. Eder)

Monday         16.03. 11:00-13:00
Tuesday       17.03. 10:00-13:00
Wednesday 18.03. 10:00-13:00
Thursday      19.03. 10:00-13:00
Friday            20.03. 10:00-13:00


Second part of the lecture (lecturer : Priv.-Doz. Dr. Unterlass )

Monday         16.03. 14:00-17:00
Tuesday       17.03. 14:00-17:00
Wednesday 18.03. 14:00-17:00
Thursday      19.03. 14:00-17:00
Friday             20.03. 14:00-17:00

! For data protection purposes we can only respond to enquiries sent from an official TU (student) e-mail address !

Evaluation via oral exam.