As with many things in life, pausing and looking deeper into your subject is a key strategy. “When you’re in nature, look for ...

What if everything you see, feel, and experience is nothing more than code? The idea that we’re living in a simulation—a ...

It probably looked a little peculiar. A grown man (me), slithering along the hillside on his belly, swimming through thistles and thorns, snapping pictures like a paparazzi gone plant-crazy. But, you ...

The growth of rose petals exploits a geometric trick previously unobserved in nature, physicists have ... Hebrew University of Jerusalem. Geometric patterns are known to affect developing organisms.

Studying fractal patterns in ecotones – the boundaries between different types of vegetation – could show us how plants are ...

Fractals are sometimes referred to as a “visual representation of math.” They can be observed in the spatial arrangements found in many familiar forms, patterns, and shapes in nature: from ...

When all’s said and done, the Bitcoin Power Law gives us an interesting, math-backed way to look at how Bitcoin has grown, ...

The materials that make up all the structures and physical systems around us, including our own bodies, are not perfect—they ...

In Wednesday's issue of Nature, researchers describe creating qudits, the generic term for systems that hold quantum ...

Recently, a study published in iScience reveals that the way the faces of therapods (the two-legged, T-Rex type dinos) were ...

Unlike the smooth contours of other flowers, the originally curved petals of roses end up forming polygons with straight ...

Next-generation risk-aware XAI for mission-critical applications . Advances trust and transparency in high-stakes decision making ...