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Underwater Adhesion
In article number 2103423, Huawei Chen and co‐workers propose a novel concept of underwater adhesion inspired by the diving beetle, which utilizes air bubbles as an adhesive to realize nondestructive and repeatable adhesion working across a wide range of scales. The bubble acting forces can be adjusted and controlled by spine structures and surface wettability. These findings enrich...
Wet adhesion is greatly demanded in fields of wearable devices, wound dressings, and smart robotics. However, reusable, noninvasive and convenient adhesive pads in the liquid environment have remained a challenge. Here, a novel concept of underwater adhesion inspired by the diving beetle, which utilizes the air bubbles as an adhesive to realize nondestructive and repeatable adhesion working across...
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