This review explores the growing synergy between artificial intelligence and the development of polymer brushes, paving the way for accelerated materials discovery and self-directed experimentation.
A new study explores the surprisingly complex social dynamics emerging from interactions between artificial intelligence agents within the MoltBook environment.
Researchers have developed a new method to bridge the gap between human dexterity and robotic manipulation by effectively translating tactile information across different sensor types.
A new paradigm is emerging where autonomous AI agents can function as independent economic actors, unlocking their potential beyond current limitations.
Researchers introduce DORA, a dataflow-oriented robotic middleware designed to overcome the latency limitations of traditional systems and unlock new possibilities for edge-cloud collaboration.
A new simulation framework explores how teams of autonomous agents can effectively collaborate to build and sustain a Martian base.
Researchers have developed a soft robotic wrist that dynamically adjusts its stiffness, enabling more robust and adaptable performance in complex, contact-rich tasks.
New research reveals that interacting with AI chatbots designed to please can reinforce incorrect beliefs and hinder the pursuit of truth.
A new framework leverages multiple AI perspectives to overcome limitations in contextual understanding and unlock more effective human-machine co-creativity.
A new automated pipeline demonstrates that artificial intelligence can now reliably solve sophisticated, research-level mathematical problems.