Plasma-Tailored Nanomaterials (PLaTaN)

Our international group performs research in various areas of science, including but not limited to: – thin film deposition and nanoparticle (NP) formation under vacuum and low-temperature plasma conditions; – resistive switching in nanofluids for neuromorphic applications; – hybrid nanomaterials for laser-driven ion acceleration and proton-boron fusion; – NP-assembled mesoporous coatings for photoelectrochemical water splitting; – plasmonic and photoluminescent metal/semiconductor nanoparticles; – optically active nanofluids; – nanomaterials with regenerative and antimicrobial activity for wound healing; – phase separation and nanoconfinement in homo- and copolymer thin films; – solution plasma processing of natural polymers; – plasma agriculture.