Science

New research explores how microphones can be used to accurately identify different types of physical touch applied to robotic surfaces.

This article explores how integrating artificial intelligence agents into established research workflows can help software engineers define more relevant and impactful research questions.

A new approach combines physics simulation and advanced optimization to enable robots to generate feasible plans that account for real-world dynamics and contact forces.

Researchers are leveraging the power of artificial intelligence to analyze Czech court decisions and gain a deeper understanding of how judges apply the law.

Researchers have developed a new imitation learning approach that enables robots to perform precise last-meter navigation using only RGB camera input.

A new perspective argues that truly useful AI benchmarking requires accessible tools and standardized practices for reliable performance assessment.

Researchers have unveiled a standardized testing suite to accelerate the development of robots that can effectively navigate and manipulate objects through pushing.

A new study reveals how automated coding agents utilize existing software libraries when generating code contributions.

New research reveals a stark contrast in the ability of humans and current AI agents to maintain cooperation when faced with challenging, resource-scarce environments.

A new approach combines deep learning with spectral methods to find analytic solutions to physical problems with unprecedented efficiency.