Science

Researchers are leveraging the power of artificial intelligence to automatically discover fundamental equations governing complex physical phenomena.

New research leverages advanced AI to help robots understand and navigate complex environments with people, going beyond simple obstacle avoidance.

New research explores how AI-powered tools can foster deeper critical thinking in decision-making, moving beyond simple reliance on automated outputs.

A new framework allows robots to refine their skills in a simulated environment, dramatically improving performance on complex physical tasks.

As artificial intelligence rapidly evolves, the field of astrophysics must grapple with its potential benefits and risks to ensure continued scientific progress.

A new wave of artificial intelligence systems is moving beyond simple question-and-answer interactions to proactively pursue complex goals.

New research demonstrates a method for robots to learn complex tasks from limited human demonstrations by focusing on predicting 3D scene flow and leveraging cropped point cloud data.

A new autonomous agent leverages the power of natural language to navigate vast scientific literature and accelerate the discovery of materials with targeted properties.

Researchers have developed a reinforcement learning system that allows two quadruped robots to collaboratively perform complex jumping maneuvers, pushing the limits of robotic teamwork.

Successfully integrating intelligent agents into the workplace demands a strategic shift towards workflow design and human oversight, rather than simply deploying the latest AI technology.