While the traditional consensus dictates that high ion concentrations lead to negligible long-
range electrostatic interactions, we demonstrate that electrostatic correlations prevail in …

The stepwise thinning (stratification) of liquid films containing electrically charged colloidal
particles (in our case—surfactant micelles) is investigated. Most of the results are applicable …

Gold nanostructures have attracted broad attention. Among various nanostructures, gold
nanobipyramids have shown great potential in sensing, biomedicine, environmental …

Gold nanorods (Au NRs) present unique optical and electronic properties that depend on
their morphology. Their applications in sensing and therapeutics require easy synthesis with …

Deoxynivalenol (DON), a mycotoxin produced by Fusarium, poses a significant risk to
human health and the environment. Therefore, the development of a highly sensitive and …

We study the influence of different surfactants on NaCl crystallization during evaporation of
aqueous salt solutions. We found that at concentrations of sodium chloride close to …

Thermodynamically stable nanovesicle structures are of high interest for academia and
industry in a wide variety of application fields, ranging from preparation of nanomaterials to …

The time-resolved fluorescence quenching method was applied to determine the micelle
aggregation number of cationic single-chain surfactants dodecyltrimethylammonium …

Deep eutectic solvents have been demonstrated to support amphiphile self-assembly,
providing potential alternatives as structure-directing agents in the synthesis of …

A new class of 'soft'particles, micelles, is detected electrochemically via 'nano-impacts' for
the first time. Short, sharp bursts of current are used to indicate the electrical contact of a …