Research topic: Amyloids near interfaces
Methods:
- Atomic Force Microscopy (AFM)
- Scanning Electron Microscopy (SEM)
- Molecular Dynamics simulation (MD)
- Fluorescence lifetime imaging microscopy (FLIM)
Research topic: Amyloids near interfaces
Methods:
Title of thesis: “Modulation of amyloid peptides aggregation by hydrophilic polymers”
date of defence: September 1, 2020
Title of thesis: “Strukturbildung und Kristallinität von Poly(3-Hexylthiophen) im Volumen und in dünnen Filmen”
Date of defence: July 29, 2015
Research topic: Structure formation and crystallization in semiconducting side chain polymers
Methods:
Research topic:
Charge transport and relaxation in polymeric ionic liquids
Methods:
Contact: falk.frenzel@physik.uni-leipzig.de
Date of defence: October 27, 2015
Research topic: Modified interactions in A-beta (1-40) fibrils
Methods:
Working and conducting research in academia offer a lot of opportunities for networking and career planning. Today, the concept of a “job for life” is not valid in many professions and companies. However, as a highly skilled and qualified researcher there are a lot of career opportunities in economy and industry. Scientists should be able to transform their capabilities into job-oriented skills and career possibilities to connect themselves with potential employers. Career planning is as vital as planning experiments. Researchers need to be familiar with their skills, should know how to establish their own brand with self- marketing and develop a strategic view on the career landscape to be successful. The most important action researchers can do themselves is to take the lead in their career planning. Continue reading “Career Paths into Industry – 18/19 July 2016”
Doctoral students and postdocs
This module for physicists and chemists introduced the basic concepts in molecular spectroscopy, i.e. Infrared (IR), (surface enhanced) Raman- with imaging options and Broadband Dielectric Spectroscopy (BDS), Nuclear Magnetic Resonance Spectroscopy, Optical Microscopy, Superresolution Microscopy and Single Molecule Fluorescence Detection. Continue reading “Basic Concepts in Molecular Spectroscopy – June 16/17 2016”
Theoretical polymer physics – Paul
[MA Phy]
Mon 11.15-12.45, VDP3 1.04
Spektroskopische Methoden Balbach/Hempel/Miclea
[BA Phy]
Thu 15.15-16.45, VDP3 1.04
Biochemie – Heilmann/Baginsky
[BA MedPhy]
Mon 16.15-17.45, HS-Ch TLS 1.01
Scattering Theory and X-ray Diffraction: From Modelling to Experiment Berakdar/Meyerheim
[MA Phy]
Mon 14.15-15.45, VDP3 1.06
Experimentelle Methoden der Polymerphysik – Beiner
[MA Phy]
Tue 11.15-12.45, VDP1 2.12
Theoretische Chemie – Sebastiani
[BA Chem]
Wed 11.00-11.45, 12.15-13.45, VDP4 1.27
Carbanionen und metallorganische Chemie – Tschierske
[MA Chem]
Thu 8.15-9.45, KM2 313
BioChemie – Heilmann/Baginsky
[BA Phy]
Mon 16.15-17.45, VSP1 1.26
Polymer Testing – Langer
[MA Polymer Mat. Sci]
Fri 9.15-10.45, MER
Polymer Surface Science – Heilmann
[MA Polymer Mat. Sci]
Wed 14.15-15.45, VSP1 1.26
Polymer Characterization – Kreßler/Binder
[MA Polymer Mat. Sci]
Tue 8.15-9.45 VDP1 2.12
Polymer Chemistry – Wohlfarth
[MA Polymer Mat. Sci]
Mon 8.15-9.45, VSP1 1.26
Introduction to Polymer Physics – Saalwächter
(basic math. tools needed for polymer physics)
[MA Polymer Mat. Sci]
Wed 10.00-11.45, 13.15-14.00, VSP1 1.26
Polymer Structure and Morphology – Beiner
[MA Polymer Mat. Sci]
Tue 11.15-12.45, VDP1 2.12
Advanced Polymer Synthesis – Binder
[MA Polymer Mat. Sci]
Tue 14.15-15.45, VDP3 1.04
Polymers of Pharmacy and Medicine – Kreßler
[MA Polymer Mat. Sci]
Tue 13.15-14.00, VDP4 1.27
Processing of Polymer Blends and Composits – Michel
[MA Polymer Mat. Sci]
Thu 8.15-9.45, VDP3 1.06
Doctoral Students Seminar SoSe 2016