Research topic: Organization and interactions of eye-lens crystallins
Methods:
- NMR
- protein purification
- fluorescence spectroscopy
- circular dichroism
Contact: malte.neudorf@physik.uni-halle.de
Research topic: Organization and interactions of eye-lens crystallins
Methods:
Contact: malte.neudorf@physik.uni-halle.de
Research topic: Amyloid peptides near biologically relevant interfaces
Date of defence: 13.02.2020
Methods: Molecular Dynamics simulations (MD), Atomic Force Microscopy (AFM)
For many young scientists writing is the most difficult part of research work. Poor structure, breakneck formulations and unclear argumentation lead to texts which are not too user friendly. However, for the success of academics it is essential that the content is successfully conveyed to the relevant target groups – from the subject community to the wider public.
The methods and instruments of scientific writing can be learnt. With a few select mechanisms for structuring and techniques for building arguments, it becomes possible to articulate even complex data clearly and comprehensibly. Coherently built up and convincingly formulated, even academic texts can be an exciting read!
Continue reading “Academic writing: How to create good texts (May 6-7, 2020)”
Research topic: Broadband dielectric spectroscopy investigation of individual polymeric molecules
Methods:
Contact: alaa.hassan@uni-leipzig.de
Investigating chaperone activity and gelation of human aB eye lens crystallin protein using solid state NMR
by Maria Camilles
Halbleitende Blockcopolymere und Modellsysteme: Der Einfluss von molekularem Aufbau und molekularer Dynamik auf die Strukturbildung (Rehearsal) by Matthias Fischer
Location: Halle University, von-Danckelmann-Platz 3, SR 1.03
Time: 3.20pm-5.00pm
Research topic: Structure properties of block copolymers for organic solar cells
Date of defence: 01.07.2020
Methods: Small Angle X-ray Scattering (SAXS), Wide Angle X-ray Scattering (WAXS), Scanning Electron Microscopy (SEM)