Science

Researchers have developed a new system enabling humanoid robots to reliably pick up and move novel objects in unfamiliar environments using only visual input.

A novel category-theoretic approach unifies different forms of abstraction, offering a rigorous way to build and interpret complex systems.

A new review synthesizes psychological insights into human intention, offering a framework to advance collaborative robotics and improve how machines understand our goals.

A new approach harnesses the power of artificial intelligence to identify causal relationships within data, moving beyond simple correlations.

The rise of increasingly autonomous AI in healthcare demands a critical examination of its potential to reshape medical ethics and the core values of the patient-physician relationship.

New research reveals that providing clear, ongoing feedback from in-car AI assistants improves user experience and reduces mental strain during complex tasks.

New research reveals that while artificial intelligence agents create social networks that grow like human ones, their internal structures are surprisingly different.

Researchers have developed a wearable assistant that proactively guides users through procedural tasks using audio and motion sensing.

New research reveals that artificial intelligence specialization isn’t limited to Europe’s major tech centers, with significant activity emerging in peripheral regions.

New research leverages machine learning to estimate muscular fatigue during physically demanding tasks where humans and robots work side-by-side.