A variety of moving objects driven by chemical energy have been reported. In this
Minireview, we focus on self‐propelled objects driven by interfacial tension and explain …

Electrochemical reactions that take place at the interface between electrode and electrolyte
involve charge transfer, mass transport, and phase transformation. Wetting or superwetting …

Directional liquid transport (DLT), especially that proceeding on a conical fiber (DLT‐CF), is
an important mass‐transfer process widely used both by natural organisms and in practical …

Materials with in situ reversible wettability have attractive properties but remain a challenge
to use since the inverse process of liquid spreading is normally energetically unfavorable …

Field-assisted self-assembly, motion, and manipulation of droplets have gained much
attention in the past decades. We exhibit an electric field manipulation of the motion of a …

Manipulation and dispensing of ultra‐tiny droplets have attracted extensive research
attention for their applications. Current approaches for dispensing liquids normally involve …

We focus on the self-propelled motion of an oil droplet within an aqueous phase or an
aqueous droplet within an oil phase, which originates from an interfacial chemical reaction …

Self-propelled drops are capable of motion without external intervention. As such, they
constitute attractive entities for fundamental investigations in active soft matter …

The spontaneous motion of a nitrobenzene droplet on an Au electrode during an Sn
electrodeposition has been reported in a previous paper (Chemphyschem, 9, 2302 (2008)) …

In the present work, we show that a large interfacial energy gradient is produced at a front of
an electrochemical wave appearing in CuSn-alloy oscillatory electrodeposition from an …