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As per the study, these robots could “absorb and reuse parts,” not from a factory, but from their environment or even from other robots.

The type of advanced AI that Isaac Asimov imagined in fiction is finally here. And it's flunking his Three Laws of Robotics.

A mechanical engineering student at Purdue University, YouTuber, and self-described robot fanatic has released ...

A SUPER-SMART artificial intelligence (AI) chatbot has spooked mathematicians who believe tech companies are on the verge of ...

As Foundation has progressed, we’ve learned a lot about Demerzel. Her backstory gets more investigation in season three, but ...

Hou, X. and Tsui, S. (1998) A Control Theory for Cartesian Flexible Robot Arms. Journal of Mathematical Analysis and Applications, 225, 265-288.

Hou, X. and Tsui, S. (2000) Control and Stability of a Torsional Elastic Robot Arm. Journal of Mathematical Analysis and Applications, 243, 140-162.

Have you ever asked a teacher, "When will I ever use this math equation in real-life?" A sheriff's investigator said he has an eye-opening way to answer.

A kinematic model is a mathematical representation of a robot’s motion that focuses on the geometric relationships between elements and ignores external forces that affect motion. Kinematic models are ...

Researchers have found a new way to solve high-degree polynomial equations, previously thought impossible for 200 years. This math breakthrough reopens algebra.