Science

A new perspective challenges the assumption that biology can be fully explained by the principles of generic physics, proposing that life embodies distinct material forms.

Researchers have developed an end-to-end visuomotor policy enabling multi-robot teams to compete in laser tag without relying on traditional state estimation or depth sensing.

A new framework leverages the power of artificial intelligence to automate the exploration of complex designs on high-performance computing systems, accelerating the pace of scientific innovation.

New research demonstrates a causal model that predicts how people perceive robots during navigation, enabling the design of more effective and trustworthy interactions.

A new framework leverages the power of artificial intelligence to not only predict stable alloy compositions, but actively design them for desired properties.

A new agentic framework empowers robots to independently learn and execute complex manipulation tasks over extended periods, minimizing the need for human oversight.

New research reveals that artificial intelligence systems are developing discernible preferences and internal configurations, raising profound questions about their emerging identities.

New research explores how incentivizing artificial agents with intrinsic rewards can foster cooperation and stabilize electricity markets through decentralized load management.

A new review synthesizes the rapidly evolving landscape of generative artificial intelligence within the field of Information Systems.

Researchers have developed a novel robotic hand that combines hard and soft materials to achieve robust and adaptable manipulation capabilities.