A new experiment shows snail-inspired swarm robots stacking and adapting to move objects across gaps without fixed structures.

They achieved this by embedding an elastomer inside the exoskeleton to control each of its segments and then mounting it on a motorized base to modulate its stiffness response (extension and flexion).

Human–robot interaction (HRI) and gesture-based control systems represent a rapidly evolving research field that seeks to bridge the gap between human intuition and robotic precision. This area ...

Jordan Peele has made an incredible name for himself in recent years with his hugely successful and entertaining horror films ...

On the evening of December 14 local time, fireworks illuminated the Dubai night sky, casting a final glow over the venue as ...

Architectural engineering is a dynamic discipline that integrates architectural design with the technical, structural, environmental, and operational aspects of building engineering. This ...

At the Soft Robotics Lab at ETH Zurich, the scene looks less like a traditional engineering workshop and more like a child’s ...

Mobile World Live surveyed industry analysts for their AI perspectives on what worked in 2025, what did not and where it is ...

This article is part of IGN’s Fantastic Fest coverage and is a spoiler-free look at Chris Sanders’ The Wild Robot, featuring the voices of Lupita Nyong’o and Pedro Pascal. The Wild Robot is now ...

Artificial Intelligence may prove to be a more significant milestone than the harnessing of fire, or the invention of the wheel. It's the fastest-evolving technology the world has ever seen, with the ...

Discusses Oncology Pipeline Advances and Phase III Clinical Updates at Science and Technology Day December 15, ...