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16-cell

16-cell 3d printed Rendering
Rendering
16-cell 3d printed Rendering
16-cell 3d printed Rendering
16-cell 3d printed Alumide 16-cell
16-cell 3d printed Alumide 16-cell
16-cell 3d printed Alumide 16-cell and 1 euro coin
16-cell 3d printed Alumide 16-cell and 1 euro coin
16-cell 3d printed
16-cell 3d printed
Digital Preview

Not a Photo

16-cell 3d printed
16-cell 3d printed
Digital Preview

Not a Photo

16-cell 3d printed
16-cell 3d printed
Digital Preview

Not a Photo

16-cell 3d printed
16-cell 3d printed
Digital Preview

Not a Photo

3d Model Viewer

About this Product

A 3D projection of the 16-cell, one of the 6 regular polytopes in four dimensions.

4D Polytopes (or polychora) are the 4-dimensional analogous of the 2D polygons and 3D polyhedra.

Regular polychora are composed of a finite set of cells (polyhedra), all regular and alike, surrounding each edge in an identical way.

We cannot see a 4D polytope, but we can project it in 3D (in the same way as we make a flat drawing of a polyhedron).

The 16-cell is composed of 16 regular tetrahedra.

This is a special central projection (perspective) of the polytope, in which no cells or edges intersect each other. It is also called a Schlegel diagram.

Dimensions

IN: 1.028 w x 1.028 d x 1.028 h
CM: 2.61 w x 2.61 d x 2.61 h
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