It highlights how bees utilize geometric shapes, particularly hexagons, to create an efficient structure that minimizes the use of wax while maximizing strength. The film discusses historical ...

Geometric patterns have a magnetic allure that ... Symmetry is everywhere in nature, from the wings of butterflies to the branches of trees. Indigenous artists often mirror this natural balance ...

New research has proven that crows are much smarter than we ever thought they were, and that they can even recognize geometry ...

At its heart, this research uncovers the hidden geometric principles behind the unique shape of rose petals. While scientists extensively studied ...

The growth of rose petals exploits a geometric trick previously unobserved in nature, physicists have found. Using theoretical analysis, computer simulations and experiments with rubbery plastic ...

A significant advancement in molecular engineering has produced a large, hollow spherical shell nanostructure through the self-assembly of peptides and metal ions, report researchers from Japan. This ...

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

The inverse problem for the wave equation is closely related to several inverse problems of geometric nature. By a geometric inverse problem we mean a problem to recover a Riemannian manifold from a ...

Marcus du Sautoy describes how fractal geometry can be used to describe natural objects, and how it is used in digital animation. Trees use the simple rule of trying to maximise surface area ...

The classic CFU assay uses a dilution series to measure viable cell concentrations across the many orders of magnitude that exist in nature; but this comes at the expense of time and resources. In ...