The realm of robotics has always been divided between two distinct categories: rigid robots and soft robots. Each type has its specific advantages and limitations. Rigid robots, commonly found in industrial settings, boast precision, speed, and considerable torque, allowing them to execute tasks
In a groundbreaking development, engineers at MIT have created artificial muscles capable of flexing and twitching in multiple directions. This innovation offers a pathway for developing robots that boast movements similar to those of biological organisms. The merging of synthetic and biological
The groundbreaking advancements in AI and robotics are beautifully illustrated by a new coffee-making robot. Developed by researchers from the University of Edinburgh and their collaborators, this innovative machine signifies a substantial leap in robotic capabilities. Unlike traditional robots
The integration of co-design in the development of inclusive technologies for individuals with intellectual disabilities represents a transformative shift in research methodologies, spotlighting the critical need for their direct involvement. The Queensland University of Technology (QUT) has been
In recent years, Empa researchers have made significant strides in creating 3D-printed soft material actuators that closely mimic the function of biological muscles. This technology has promising implications for various applications in medicine, robotics, and beyond. The innovative method
Robotics technology at the Institute of Technology at the University of Tartu has taken a leap forward with a concept inspired by the web-spinning abilities of spiders. Researchers have developed robots that can spin their own physical structures from a polymer solution, offering a new level of
