Natural organisms offer abundant inspiration for designing and fabricating hydrogel robots
with autonomous and intelligent behaviors, including motion, perception, and response to …

The magnetic field has unique advantages in manipulating miniature robots working inside
the human body, such as high transparency to biological tissue and good controllability for …

The magnetic microrobots promise benefits in minimally invasive cell-based therapy.
However, they generally suffer from an inevitable compromise between their magnetic …

Magnetically actuated miniature machines can perform multimodal locomotion and
programmable deformations. However, they are either solid magnetic elastomers with …

Magnetic liquid metal (LM) soft robots attract considerable attentions because of distinctive
immiscibility, deformability and maneuverability. However, conventional LM composites …

Magnetic soft robots capable of wirelessly controlled programmable deformation and
locomotion are desirable for diverse applications. Such multi‐variable actuation ideally …

Driven by advances in soft material science, magnetic soft robots have recently attracted
significant attention owing to their remarkable reprogramming deformations under magnetic …

Soft miniature machines demonstrate multimodal actuation and morphology change
capabilities in narrow spaces smaller than their dimension. The wirelessly controlled soft …

Magnetic soft microrobots have great potential to access narrow spaces and conduct
multiple tasks in the biomedical field. Until now, drug delivery, microsurgery, disease …

The geometric reconfigurations in three-dimensional morphable structures have a wide
range of applications in flexible electronic devices and smart systems with unusual …