Perforated aluminum pavilion resembling of a huge piece of coral is designed by Marc Fornes, French based architect of THEVERYMANY. Part of the permanent collection of the FRAC Centre, Orleans, the pavilion is a prototype which engages in numerous architectural experiments, known as text based morphologies. This 10 meters long, 4.5m high experimental space is assembled from 27 components, and the surface of the pattern is created of more than 155.000 asterisk-shaped perforations. Such prototypical structure requires massive number of elements, not only all unique but usually morphologically extremely different.
The form of the pavilion is developed through complex computational protocols. It is derived from methods such as form finding, form description, information modeling, generational hierarchy and digital fabrication. The pavilion is addressing some important issues like the paradigm shift from linear spaces, not necessarily on a formal level, but more in order to engage a multiplicity of social situations. Being the test space for series of experiments, the assembly is also an investigation into transformations from network to surface condition.
Due to the fact that the project was conceived as an outcome of a very explicit and precise research line, it successfully offered solutions to issues it was addressing. It is self-supporting and requests the active participant, while engaging basic notions of limitation, filtration and spatial depth. The vivid structure of the assembly is forming a unique universe where familiar elements as openings or dimensional measurements are dominantly out of scale – allowing visitors to suspend disbelief. However, the nonLin/Lin Pavilion is a very precise experiment toward constructability in a very real economical and cultural context.
What will the skyscrapers of the future look like? Will they be covered in gardens, shaped like rocket ships, submerged in the ocean? eVolo Skyscrapers compiles 300 forward-looking projects, like buildings that incorporate robotics or are capable of flying...the next generation of big buildings.