Researchers have developed an AI training method that enables robots to transfer skills learned in simulation into real-world tasks more efficiently, reducing dependence on...
The humanoid robot now flows through gymnastics level movements, proving that reinforcement learning can produce stunning whole body control in real time.
Boston Dynamics has...
New research decoding insect wing dynamics could enable highly stable flapping robots, improving micro-drone control, efficiency, and real-world deployment in complex environments like agriculture,...
A robot uses motion, sound, and touch to interact with people, adapt over time, and operate in everyday environments.
A new category of consumer robot...
What if materials could move like living tissue? A new 3D printing method programs filaments to bend, twist, and act on command.
Harvard University researchers...
A new surgical robot could make brain implants faster and scalable, but questions remain about safety, access, and long-term brain response.
Neuralink has introduced a...
As robotics systems grow more complex, the need for unified models that can handle perception, reasoning, and action within a single framework is gaining...
Current AI guardrails are inadequate for physical robots. New multi-layered safety frameworks could become essential as autonomous machines enter homes, hospitals, and factories worldwide.
As...
A compact sensor that combines vision and touch, helping robots detect objects before contact and adjust grip after contact for more precise manipulation.
A new...