Beyond Amphiphilicity RTG 2670: Self-Organization of Soft Matter via Multiple Noncovalent Interactions
Beyond Amphiphilicity

Workshop: “How to get up after falling down”

Workshop: “How to get up after falling down”

Supervisor: Prof. Rebecca Waldecker
Event Date: 07.07.2022
Venue: VSP1 5.10
Duration: July 7 2022 8 am – 11 am

“How to get up after falling down” What do we do when things go wrong? How do we respond when we fail or when we have bad luck? Did you know that even BEAM failed the first time? What if … every experience of failure became an opportunity to learn and grow? In this workshop, we discuss the many ways in which things can go wrong and we clarify what failure means to each of us, individually. Then we reflect on how we can respond to failure and use it to get better. In the end, it is all about getting up once more than falling down. This workshop is a bit different, maybe the format is unusual for you, and you decide how much you want to share.

For an impression of how I work, you can listen here (in German): https://www2.mathematik.uni-halle.de/waldecker/teaching/Podcast/neu/Scheitern.MP3

“Don’t fear failure. — Not failure, but low aim, is the crime.
In great attempts it is glorious even to fail.” ― Bruce Lee Time: 8am – 11am Venue: VSP1 5.10

Please register by sending an email to imme.sakwa-waltz@chemie.uni-halle.de

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Specialized lecture for BEAM: Supramolecular chemistry

Specialized lecture for BEAM: Supramolecular chemistry

Event Date: 10.10.2022 – 04.02.2023:

Supramolecular chemistry, also known as “chemistry beyond the molecule”, deals with the study of molecular recognition and high-order assemblies formed by noncovalent interactions. The molecules that comprise the supermolecule interact with each other via weak interactions such as hydrogen-bonding, halogen-bonding, hydrophobic interactions, and coordination to form new entities with novel properties and functions that cannot be deduced by a simple summation of the properties of the individual molecules. This course is intended to introduce you to the fast-growing field of supramolecular chemistry and to understand the different types of non-covalent interactions that can lead to supramolecules.