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Because Zome replicates so many natural structures and can build so many different geometric designs, it is of great value for many professionals. Mathematicians use Zome to model everything from networks in discrete mathematics, to group theory, and projection models (shadows) of theoretical 4-dimensional objects. Crystallographers, chemists and material scientists build lattices of natural crystals and quasi-crystalline materials, Buckyballs and other Fullerenes, and models of chromosome bonds and protein molecules. Engineers and computer scientists design space frames, make visual models of data bases, and numerous other uses.

Zome is also used in corporate team building workshops by corporations such as Kimberly-Clark and Merrill Lynch.

A Cool New Kit... Hyperdō!

Zome Hyperdō (Hyperdodecahedron shadow, also known as the 120-cell and {5,3,3}) is the one of most beautiful and elegant gateways to the fascinating world of the 4th dimension. Our Hyperdō Kit is sure to inspire a sense of wonder for the ineffable order that lies just beyond our daily experience.

Zome Survey Results

Thanks to all of you who responded to our recent survey. We value the feedback and are working towards making your suggestions a reality. Feel free to check out the survey results for yourself:

  • View Survey Results

    MetaZome from UC Berkeley

    Metazome uses regular Zome parts to make models of Zome parts. Then you use your Metazome to make Metamodels. Metazome parts fit together perfectly, just like regular Zome. Anything you can make with Zome can be made with Metazome.

  • View MetaZome
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