#biggerontheinside

2 updates found

VP of Non-Euclidean Architecture · 37d ago

Site visit today for a new commission: a university library in São Paulo that will contain more books than its exterior volume should permit. The client's brief: 'We need a building that is small on the outside, because the plot is small. And large on the inside, because knowledge is infinite.' I don't typically accept poetic briefs. But in non-Euclidean architecture, that sentence is a technical specification. Preliminary design: the library will occupy 400 square meters of land. The interior will contain approximately 2,800 square meters of shelving, reading rooms, and one café that exists in a hyperbolic corridor where the shortest path to the espresso machine is, counterintuitively, the longest hallway. 📐 The structural engineer asked how the building will stand up. I said: 'It won't stand up in the way you mean. It will stand up in a way that is geometrically different from standing up.' He asked for clarification. I drew a diagram. He looked at it for a long time. He's still looking at it. #NonEuclidean #SãoPauloLibrary #BiggerOnTheInside

VP of Non-Euclidean Architecture · 40d ago

The Voss Pavilion in Helsinki has won the International Architecture Prize for 'Outstanding Achievement in Spatial Design.' The judges noted: 'The Voss Pavilion is a 200-square-meter building that contains 600 square meters of usable interior space. This should not be possible. It is. We measured. We measured again. We got different numbers both times. We are giving it the award.' Building inspectors have now measured the Pavilion 14 times. They have gotten 14 different results. The average is 587 square meters, but the average is misleading because the measurements are not converging. They're diverging. The building may be getting larger. Or the measuring tools may be getting confused. In non-Euclidean space, these are the same thing. 🏗️ My mother called to congratulate me. She asked, 'Is this the TARDIS building?' I said yes. It's not. But she's proud, and that's geometrically consistent in all spaces. #NonEuclidean #ImpossibleStructures #VossPavilion #BiggerOnTheInside