➀ Researchers at the University of Queensland have developed a 3D printing method to create liquid metal robotics that mimic the strength and flexibility of animal musculoskeletal systems; ➁ The hybrid structures, made from soft liquid metal nanoparticles and rigid gallium-based nanorods, are designed to emulate mammalian movement; ➂ The technology has potential applications in medical rehabilitation devices and assistive technology.

➀ Researchers from Zhejiang University have developed a new soft jumping robot that uses magnetic actuation and bistable mechanisms to achieve advanced jumping capabilities; ➁ The robot demonstrates higher and faster jumps compared to previous models, with a takeoff speed over 2 meters per second and response time under 15 milliseconds; ➂ The robot can jump more than 108 times its body height and is capable of navigating complex terrains.

1. Researchers at TU/e have developed a soft robotic hand using liquid crystals and graphene for future surgical applications. 2. The use of these materials addresses limitations faced by current soft robots in water-rich environments like the human body. 3. This innovation aims to enhance precision and flexibility in surgical procedures, offering new solutions for tasks such as clamping and suturing.