New research demonstrates that deploying multiple AI agents significantly enhances the accuracy of legal verification for data transfer planning, especially as data regulations grow more complex.
A new coordination system allows robotic swarms to dynamically reshape themselves with precision and efficiency.
A new benchmark challenges large language models to derive the equations defining 3D surfaces, revealing current limitations in their ability to perform geometric reasoning.
A new tri-manual robotic system demonstrates advanced manipulation skills by autonomously preparing sashimi from a salmon fillet.
Researchers have developed an AI agent that autonomously navigates the entire process of ionic liquid research, from initial data gathering to experimental validation.
New research validates a practical framework for building social robots that are both secure and ethically aligned with public expectations.
A new approach to mathematics education leverages generative AI and action research to empower students and teachers through hands-on exploration and shared inquiry.
Researchers have developed a novel framework that allows multiple robots to cooperatively manipulate objects without grasping, using generative AI and advanced motion planning.
The rapid development of powerful language models is opening new avenues for accelerating materials discovery and design.
A new deep learning approach, guided by the physics of light interaction with plants, accurately estimates key vegetation characteristics from satellite images without relying on extensive real-world training data.