Lecture Cycle (Ringvorlesung) of CRC 1411
Purpose of the Lecture Cycle (Ringvorlesung)
As CRC 1411 is a highly interdisciplinary undertaking it is essential that participants develop a common language and have an overview of the basic fundamentals of each other’s fields. With this in mind, a lecture cycle was given in summer semester 2020. Each of the thirteen 90 minute lectures was presented by a different PI, with two tandem lectures also included. Where possible fundamentals of the fields were presented with direct reference to the goals of CRC 1411. Attendance of the course was mandatory for iRTG-ParSciTech members and many members of participating institutes also joined.
Lecture Videos and Slides
All lectures were recorded and are permanently available for streaming (and the slides for downloading). Future members of the iRTG-ParSciTech will be able to watch the lectures in return for credit in the qualification programme.
For access to the StudON page or a link to a downloadable version of the lectures please contact Robin Klupp Taylor.
Timetable and contents
All lectures took place at 10.15 and due to the COVID-19 related restrictions on classroom activities during Summer Semester 2020 they were broadcast live over Zoom.
Lecture Number | Date | Topic | Lecturer(s) |
1 | 15.06.2020 | Fundamentals of product design: Property and process functions | |
2 | 17.06.2020 | Particle electrodynamics | |
3 | 22.06.2020 | Drying processes | |
4 | 24.06.2020 | Fundamentals of porous materials | |
5 | 29.06.2020 | Particle synthesis | |
6 | 01.07.2020 | Characterisation of porous materials | |
7 | 06.07.2020 | Self-organisation: a theoretical and practical overview | |
8 | 08.07.2020 | Fundamentals of particle chromatography | |
9 | 13.07.2020 | Methods for single particle characterisation | |
10 | 15.07.2020 | Methods for ensemble characterisation: Analytical Ultracentrifugation | |
11 | 20.07.2020 | Modelling particle transport | |
12 | 22.07.2020 | Modelling particle interactions | |
13 | 27.07.2020 | Optimisation of properties and processes |