Pickering emulsions stabilized by ethyl cellulose nanoparticles have recently received –great attention for their remarkable stability and numerous industrial applications. De- spite this, the exact stabilization mechanism of such is still not fully understood. Both emulsion particle adsorption at inter- face through network formation in continuous phase (leading to a yield stress) been suggest...

This work describes a strategy to mitigate the undesirable transport of small molecules among aqueous droplets immersed in fluorinated oil by replacing surfactant molecules with nanoparticles as emulsion stabilizers (Pickering emulsions). Amphiphilic silica particles were synthesized and redispersed in fluorinated solvents, and monodispersed picoliter aqueous drops were generated from flow-focu...

Pickering emulsions are known to be an efficient and greener alternative surfactant-stabilized emulsions. Particles, as key component of these systems, responsible for their higher kinetic stability, in recent years, the use natural organic stabilizers has emerged a solution promote sustainability. By conferring them stimuli-responsiveness and/or by polymerizing emulsion itself, design smart ad...

The field of active matter, and particularly emulsions, is growing rapidly, with significant progress made recently on both theoretical experimental fronts. Here, we summarize research related to droplets. constitution droplets, in particular the chemical compositions structure interfaces, critical. We discuss how emulsion properties such as mechanism motion, speed, trajectory, interaction stre...