The new building accommodates a highly diverse program. Different uses are vertically stacked, with each floor slab occupying exactly as much area and height as its specific function requires. The structure is supported by two main cores that transfer the loads directly to the ground. From these cores, a load-bearing system responds to the floor slabs, bracing them where cantilevers occur. Where the slab edges align vertically, the forces are transferred downwards through simple columns. However, when a cantilever arises, a diagonal brace is guided through the building from the core to specifically counteract the resulting structural weakness. If a cantilever also requires access, the brace is enlarged accordingly and equipped with an integrated staircase or elevator. The slabs feature a system of downstand beams that can flexibly respond to different situations and allow for an efficient use of concrete. In this way, a structural organism emerges—one that creates its own logic through simple rules and conditions, enabling a dynamic spatial experience. One does not simply move from room to room in a linear, perspectival way. Nor is there a clear relationship to a central point. Instead, one is suspended between the two poles of the main cores and moves through a network of braces that dissolve as they rise. These braces support and brace the structure, house building services, and serve circulation purposes. Alongside the slabs, they form the central architectural element.