Gyroid

Gyroid by Bathsheba Grossman is a captivating blend of art and mathematics, inspired by the fascinating surface discovered in 1970 by NASA physicist and computer scientist Alan Schoen. Limited to only 49 pieces, each sculpture is a rare masterpiece, embodying exclusivity and exceptional craftsmanship, tailored for collectors seeking a truly unique addition.

This mesmerizing mathematical form is exceptional not only for its aesthetic appeal but for its complex properties, it lacks straight lines and planar symmetries, meaning it cannot be split into identical halves along a single plane. The Gyroid is an infinitely connected, triply periodic minimal surface, with minimal area between boundaries, making it a marvel of geometric elegance. Its minimal surfaces have a constant mean curvature of zero, creating a crystalline, repeating structure in three dimensions—a defining quality of triply periodic forms. It is full of spirals (hence the name coined by Alan Schoen) and they're all the same "handedness" or chiral, meaning that there are 2 gyroids, left and right, mirror symmetric. This "chirality" is rare among minimal surfaces.

Increasingly significant in scientific research, the gyroid has been found in nature, appearing in the vivid colouration of butterfly wing scales and bird feathers, sparking innovation in biomimetic materials. Gyroid-inspired structures are now at the forefront of applications in supercapacitors, solar cells, photocatalysts, and nanoporous membranes.

This intricate surface can even be captured by a simple equation:

sin x cos y + sin y cos z + sin z cos x = 0

Bathsheba's gyroid is an exquisite example of math—science’s fundamental language—finding expression in art, nature, and advanced technology. This limited-edition sculpture is produced exclusively by us in partnership with Bathsheba Grossman, allowing you to own a piece that bridges science, beauty, and innovation.

Material: 3D printed infused bronze (80/85% bronze)

Cleaning: soft and dry cloth

Precaution: do not expose to a direct source of heat