Compacted, macroporous complexes of poly (styrenesulfonate) and poly (
diallyldimethylammonium) were dehydrated under defined osmotic stress using poly …

Polyelectrolytes continue to find wide interest and application in science and engineering,
including areas such as water purification, drug delivery, and multilayer thin films. We have …

The matrix properties of polyelectrolyte multilayer thin films (PEM) are critical in making them
a viable candidate for various biomedical applications. The location and ability of molecules …

The tunable nature of weak polyelectrolyte multilayers makes them ideal candidates for drug
loading and delivery, water filtration, and separations, yet the lateral transport of charged …

We employ fluorescence correlation spectroscopy (FCS) to study the translational mobility of
molecular tracers in stimuli-responsive grafted poly (N-isopropylacrylamide)(PNiPAAm) …

The properties of polyelectrolyte multilayers are ruled by the process parameters employed
during self-assembly. This is the first study in which a design of experiment approach was …

The diffusion of small, charged molecules incorporated in an anisotropic polyelectrolyte
multilayer (PEM) was tracked in three dimensions by combining single-molecule …

Understanding the response to illumination at a molecular level as well as characterising
polymer brush dynamics are key features that guide the engineering of new light-stimuli …

Dynamics of small probe molecules have been routinely used to unravel the intrinsic details
of charged ion transport in polymer brushes and polyelectrolyte multilayer (PEM) thin films …

Polyelectrolyte multilayer s (PEM s) are complex structures in which the property of
polyelectrolyte s (PE s) to complex with oppositely charged PEs is exploited to form a …