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Projects

Project Area A "Self-assembly induced by patterned surfaces"
#
Project Leader
Title
PhD Student
A1
Schoen
Self-assembly of switchable liquid crystal phases at patterned substrates [1]
S. Schlotthauer
A7
v. Klitzing
Ordering of nanoparticles at surfaces patterned with polymer brushes [2]
Dikran Kesal
A4
Riegler
 Nucleation and self-organized growth of nano-aggregates at interfaces [3]
R. Perez-Garcia
A5
Stark
Manipulating light-switchable molecules at surfaces
J. Grawitter
A6
Riegler
Nucleation and growth at nano-structured interfaces
N.N.
A8
Schoen
Density functional theory of anisometric fluids in anisotropic external fields
S. Wandrei
Project Area B "Self-assembly at nanoparticles and curved interfaces"
#
Project Leader
Title
PhD Student
B2
Gradzielski
Effect of polymer modification on nanoparticle – membrane interactions [4]
M. Sokolowski
B5
Weikl
Simulations of nanoparticles and biomembrane [5]
F. Bonazzi
B8
Ballauff
Interaction of proteins with polyelectrolytes
J. Walkowiak
B9
Grafmüller
Modelling natural polysaccharides [6]
A. Singhal
B10
Schoen
Self-assembly of discotic liquid crystals at nanocolloids
N.N.
Project Area C "Biomimetic processes controlled by interfaces"
#
Project Leader
Title
PhD Student
C6
Dimova
Interactions between membranes and nano- and micron-sized particles [7]
E. Ewins
C7
Klapp
Collective properties of driven colloidal particles at interfaces
G.-J. Liao
C8
Lipowsky
Engulfment of nanoparticles by biometic membranes
N.N.
C9
Rabe
Molecular nanostructures in a soft slit-pore of graphene and mica
A. Rauf
C10
Hildebrandt
Spectroscopic studies on the vibrational Stark effect of self-assembled monolayers [8]
J. Staffa
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