Learn about and revise different 2-dimensional shapes and their properties with this BBC Bitesize GCSE Maths Eduqas guide.

Imagine navigating a pitch-black room and knowing exactly where every object is without ever switching on a light.

The role of inferotemporal cortex in coding two-dimensional patterns has been extensively studied, but the more difficult problem of three-dimensional shape representation has been relatively ...

This KS1 maths article explains how two dimensional shapes are completely flat with sides and corners.

Crows have a sense of geometric intuition much like our own, a new study reveals. They can detect the 'odd one out' in a set ...

Two-dimensional nanoparticles have a high catalytic potential, which is why this synthetic route is suitable for producing particularly active catalysts.

They are commonplace because we learn about two-dimensional versions of these shapes as children: triangles, squares, dodecahedrons, and other convex polygons [a polygon is any flat shape made ...

Using a planar-to-helical three-dimensional shape transformation as an example, we explore the relation between the internal architecture of the sheets and their transition to cylindrical and ...

In the same way that we can draw a 3-dimensional shape by projecting it onto two dimensions and completing the model with our imagination, we can create 3-dimensional models of 4-dimensional ...

In a blog post and papers, Facebook highlights a pair of AI models that can convert 2D objects into 3D shapes with high accuracy.

SHAPE SHADOW MATH TREK: SEEING 4-D: A team of mathematicians has created videos that attempt to visualize how we can perceive four-dimensional shapes in our three-dimensional space.

Two-dimensional nanoparticles are anisotropic, and their properties depend on the orientation of their building blocks. The crystal lattice of the particles is decisive for their growth direction.