We recently published a PCCP article showing that machine learning can be used to investigate the thermodynamic phase transition in membranes.
A peptide-based coating was obtained thanks to the action of an enzyme, immobilized on the surface, inducing its localized self-assembly and giving it a bactericidal effect superior to the peptide in
Hydrogen bonds can efficiently guide the self-assembly of organic materials, enabling to tune the properties of the aggregation processes...
The growth of hyperbranched polymers from the surface of upconversion nanoparticles was investigated.
An antibacterial nanocoating, non-toxic for human cells, has been developed based on polyphenols and collagen.
The UCST behavior of cationic comb polymers with pentaarginine side chains is attributed to the stacking of guanidinium groups.
After being used for more than sixty years in industry, it is only recently that triarylamine molecules have revealed their ability to form supramolecular polymers.
Researchers from the PECMAT and CMP teams have shown that digital information can be organized in three dimensions through thin multilayers (millefeuille) of polymers.
How to recover the waste heat, for example that of the human body, to convert it into electricity?