Mechanical metamaterials enable the creation of structural materials with unprecedented
mechanical properties. However, thus far, research on mechanical metamaterials has …

Nanoscale spacecrafts have shed light on an audacious but promising vision for interstellar
travel to neighboring planets beyond the solar system. The nanocrafts can be accelerated to …

The emergence of mechanical metamaterials from 4D printing has paved the way for
developing advanced hierarchical structures with superior multifunctionalities. In particular …

Mechanical metamaterials (MMs) have emerged as a promising class of engineered
materials, distinguished by their unique mechanical behaviors derived from architectural …

Replicating the tactile sensing mechanisms, conformity, and feel of real skin is essential for
next-generation human–machine interfaces. However, producing tissue-like multilayered …

Inspired by the adaptive features exhibited by biological organisms like the octopus, soft
machines that can tune their shape and mechanical properties have shown great potential …

Multimodal force identification by electronic skin (E‐skin) provides comprehensive and
precise tactile information that can enhance elaborated functions of fine tactile …

The panoramic characteristics of human–machine interfaces (HMIs) have prompted the
needs to update the biotechnology community with the recent trends, developments, and …

Abstract 3D printing technology, as a flexible and efficient manufacturing method, provides
new possibilities for preparing flexible tactile sensors. This paper reviews the preparation …

Compliant flexure joints have been widely used for cable-driven soft robotic hands and
grippers due to their safe interaction with humans and objects. This paper presents a soft …