Science

As autonomous AI agents become increasingly prevalent, ensuring their security demands a re-evaluation of traditional computer security principles.

A new framework empowers artificial intelligence to autonomously conduct scientific research, accelerating discovery through iterative experimentation and reasoning.

Researchers have developed a new robotic hand design inspired by human anatomy, prioritizing adaptability and efficient manipulation.

Researchers have developed an AI pipeline that translates complex weather data into clear, multi-scale reports with verifiable explanations.

Researchers have developed a novel method for efficiently adapting vision-language models to robotic control tasks using minimal demonstration data.

New research demonstrates how large language models can empower teams of robots to collaboratively plan and execute complex tasks, adapting to unexpected events in real time.

Researchers have developed a framework that combines forensic reasoning with advanced AI to more accurately identify images created by artificial intelligence.

A novel framework allows teams of robots to efficiently assess risk and make informed decisions in uncertain environments with limited data.

A new framework, Embedded Universal Predictive Intelligence, offers a pathway for artificial agents to not only anticipate their environment but also model the intentions of others.

New research demonstrates a system allowing humanoid robots to dynamically adjust their behavior based on visual and linguistic understanding of their surroundings.