Chemistry and topography are the two distinct available tools for customizing different bio-
inspired liquid wettability including superhydrophobicity, superamphiphobicity, underwater …

Superhydrophobic surfaces are smart surfaces with high water contact angles and low
surface energy. When water droplets rest on superhydrophobic surfaces, they often stay at …

Freshwater scarcity crisis threatens human life and economic security. Collecting water from
the fog seems to be an effective method to defuse this crisis. Nonetheless, the existing fog …

Water manipulation is crucial for a wide range of engineering applications, such as
microfluidics, heat transfer, desalination, and water harvesting. Despite scientific …

Atmospheric water harvesting (AWH) technology is an emerging sustainable development
strategy to deal with global water scarcity. To better understand the current state of AWH …

Harvesting water from air in sorption‐based devices is a promising solution to decentralized
water production, aiming for providing potable water anywhere, anytime. This technology …

Multifunctional surfaces that are favorable for both droplet nucleation and removal are highly
desirable for water harvesting applications but are rare. Inspired by the unique functions of …

A sweat sensor is expected to be the most appropriate wearable device for noninvasive
healthcare monitoring. However, the practical use of sweat sensors is impeded by irregular …

Liquid–vapour phase change is a useful and efficient process to transfer energy in nature,
as well as in numerous domestic and industrial applications. Relatively recent advances in …

In the field of interface science, superwettability and photocatalysis are two significant
research hot spots. Currently, wettability has been proved to be a decisive factor to enhance …