The evolution of space robotics in 2025 is reshaping exploration and resource utilization, driving advancements in autonomous ...

The bio-inspired skin-scales system improves soft robotic fish durability, absorbing up to 241 % more energy without ...

Researchers developed a neural state-space model to predict plasma dynamics, optimizing rampdown trajectories and enhancing ...

Innovative 'metabots' from NC State University use thin sheets to achieve multiple stable configurations, enhancing ...

With Arkisys' support, NASA's Astrobee robots will continue automating tasks on the ISS, paving the way for autonomous ...

MIT highlights the environmental cost of generative AI and offers solutions for reducing emissions through improved hardware ...

UC San Diego researchers have developed a soft robotic skin enabling millimeter-scale vine robots to navigate complex ...

Research reveals AI's role in cervical cancer detection in underserved regions, emphasizing the importance of community trust ...

Indiana University researchers are advancing biomedical research with AI-enhanced acoustofluidics, improving drug testing and ...

The proposed control system for autonomous search and rescue robots integrates heuristic motion planning and TMPC, ensuring ...

X1 represents a leap in robotic mobility, integrating humanoid and drone functions for improved autonomy and adaptability in real-world applications.

A look at NASA’s evolving use of robotics for surface mobility, autonomy, and mission-critical tasks across space ...