The ability to three-dimensionally interweave biological and functional materials could
enable the creation of bionic devices possessing unique and compelling geometries …

Rigid or deformable bodies moving through continuously stratified layers or across sharp
interfaces are involved in a wide variety of geophysical and engineering applications, with …

Microneedle (MN) arrays have demonstrated value for cosmetics, diagnosis, transdermal
drug delivery, and other biomedical areas. Much effort has been devoted to developing …

Small objects that are more dense than water may still float at the air-water interface
because of surface tension. Whether this is possible depends not only on the density and …

Nanotechnology is increasingly being utilized to create advanced materials with improved or
new functional attributes. Converting fertilizers into a nanoparticle-form has been shown to …

The dynamics of isolated air bubbles crossing the horizontal interface separating two
Newtonian immiscible liquids initially at rest are studied both experimentally and …

We present a technique that generates droplets using ultralow interfacial tension aqueous
two-phase systems (ATPS). Our method combines a classical microfluidic flow focusing …

Polyelectrolyte (PE) microcapsules for drug delivery are typically fabricated via layer-by-
layer (LbL) deposition of PE layers of alternating charge on sacrificial template …

Manufactured microparticles have numerous emerging application areas, namely, in drug
delivery,[1] tissue engineering,[2] particle-assembly,[3] and microelectromechanical systems …

We demonstrate the application of a multilaminar flow platform, in which functionalized
magnetic particles are deflected through alternating laminar flow streams of reagents and …