CONCEPT
Tensegrity
Tensional integrity — structures held together by continuous tension rather than stacked compression. The geometry that makes contradictions load-bearing instead of collapsing.
Tensegrity is Fuller's term — a contraction of tensional integrity — for a structural principle in which rigid elements do not touch each other but float in a continuous network of tension cables that hold them apart and together simultaneously. Remove the tension and the rigid elements collapse into a heap. The structure exists only because of forces that appear, to the untrained eye, to be tearing it apart. The principle inverts conventional compression architecture: strength comes not from stacking weight on weight but from distributing stress across a tension network that absorbs deformation by redistributing it. Applied to the AI moment, tensegrity illuminates why contradictions that the discourse wants to resolve — AI as expansion and AI as erosion — do not need to be resolved. They need to be held in tension, the way cables hold struts in a relationship that neither compression nor tension alone could sustain.
In The You On AI Field Guide
Fuller discovered the principle through structural investigations in the 1940s and developed it through decades of geometric