Humanoid robots have advanced dramatically, yet reliably navigating stairs or opening doors remains a surprisingly difficult challenge, highlighting fundamental gaps in perception and control.

Applied category theory, a branch of mathematics focused on relationships between objects, is moving from pure abstraction to practical applications in fields like epidemiology and artificial intelligence safety.

From elephant skin patterns to heart muscle development, biological systems use controlled fracturing and mechanical forces to create functional structures that withstand immense stress.

Georg Cantor's 1874 proof that infinities come in different sizes fundamentally changed mathematics, but newly unearthed correspondence suggests the revolutionary idea may have been borrowed.

A discovery of historical letters suggests Georg Cantor's revolutionary proof about different sizes of infinity, which reshaped modern math, may have been built on uncredited work from another mathematician.

Researchers are uncovering how cells actively regulate their internal density, a fundamental physical property that affects everything from DNA replication to protein synthesis across species.

The bizarre rules governing subatomic particles might finally be reconciled with our classical world through the phenomenon of decoherence, offering a bridge across physics' greatest divide.

Despite being trained for different tasks, advanced artificial intelligence models appear to be developing surprisingly similar internal representations of reality, suggesting a convergence toward fundamental ways of encoding information.