Best known for his geodesic domes, the designer, inventor, theorist, and
futurist R. Buckminster Fuller produced this sculptural object to articulate his
thinking on dynamic structural systems. Specifically, the Duo-Tet Star Polyhedra
combines his ideas of tensegrity—which describes the forces that hold
structural components together in continuous tension—and vector equilibrium,
which refers to a state of geometric stability. In the colour-coded object, two
tetrahedra (in red and magenta) intersect to create a cube and an octahedron
(in white and yellow, respectively) between which a vector equilibrium emerges
(in chrome), along with two radial vectors (in orange). The result is not a static
structure but rather a dynamic one in suspension, thus challenging classical
principles of architecture and exemplifying the complex layering of information
and interdependencies that is the basis of much of Fuller’s thinking.
R. Buckminster Fuller (American, 1895-1983) was an architect, theorist, and futurist who made an enormous impact on the design, architecture, popular culture, and social discourse of the 20th century. Driven in large part by environmental and social concerns, Fuller, who coined the term "Spaceship Earth," was a progressive who promoted technology and human ingenuity as solutions to human problems. While he is most widely remembered as the inventor of the geodesic dome, Fuller's other well-known creations include his affordable, mass-produced, energy-efficient, and easily transportable Dymaxion House; the aerodynamic Dymaxion Car; and the World Game, which promoted a democratic, global, and design science approach to addressing the problems of the world. In addition to these and other proposals, Fuller proved highly influential to generations of designers and thinkers as both an author and educator.