Georg Vrachliotis – författare

In der Epoche der Kybernetik sahen sich die Architekten mit neuen operativen Möglichkeitsräumen in technischen Systemen konfrontiert: Gebäude wurden durch Schaltdiagramme errechnet, Kreativität und Phantasie wurde die technische Intelligenz von Denkmaschinen gegenübergestellt. Im Fadenkreuz der Kybernetik befand sich der Architekt selbst. Es ging es um nichts Geringeres als das Fortbestehen seiner Autorschaft in einer technologisch-wissenschaftlichen Welt. Heute erleben wir, wie die einst so schweren Rechenmaschinen an Gewicht verlieren, doch an Macht gewinnen, wie Computer die Umwelt bevölkern, sich eigene digitale Ökosysteme schaffen und Gesellschaftsformen und Existenzweisen entstehen, die sich ohne Big Data gar nicht mehr erzählen lassen. Die Neuauflage untersucht die Auswirkungen.

In the era of cybernetics, architects suddenly encountered entirely new ways of operating technical systems: buildings could be calculated using circuit diagrams, creativity and imagination were confronted with the technical intelligence of thinking machines. Architects found themselves in the crosshairs of cybernetics. At stake was nothing less than the continued existence of the architect’s inventive intelligence in a techno-scientific world. Today, we see computing machines, once so heavy, losing weight while gaining power. Computers are fully colonizing the human environment, creating their own digital ecosystems, and giving rise to forms of society and ways of being that cannot even be explained without big data. Available for the first time in English as a new edition.

As models and paradigms, patterns have been helping to orient architects since the Middle Ages. But patterns are also the basis of the history of ornament, an aesthetic phenomenon that links all times and cultures at a fundamental level. Ornament – and hence pattern as well – was abolished by the avant-garde in the first half of the twentieth century, but the notion of pattern has taken on new meaning and importance since the 9 s. Complexity research has ultimately shown that even highly complex, dynamic patterns may be based on simple behavioral rules, and that has allowed the notions of pattern and pattern formation to take on new meanings, that are also central for architecture. Today the use of generative computerized methods is opening up new ways of talking about an idea that is becoming increasingly abstract and dynamic. Pattern explores the question: what are the notions of pattern that must be discussed in the context of contemporary architecture?

Originally developed in linguistics, the structuralist approach has been introduced as a scientific method in anthropology and other human sciences since the 1950s. In the 1960s and 1970s the double category of primary and secondary structure (langue and parole), essential to structuralism, in which the primary structure's system of rules determines how the secondary elements are placed in relation to one another, also advanced to a leading Ideology in the field of architecture and urban planning. From its development in the Netherlands and within the Team 10 circle of architects, structuralism in architecture quickly spread world-wide. Since the 1990s we have been witnessing a revival of structuralist tendencies in architecture. Whereas the structuralism of the 1970s encountered limits in complexity that were insurmountable at the time, today there is much to suggest that the return to structural thinking is causally connected to information technology, which has opened up new possibilities for dealing with complexity. In the field of digital architecture there is talk of neo-Structuralism. The question arises as to whether primary and secondary structures of the 1960s should be understood today as being in a state of complex interactions with one another that could be described through algorithms. The current interest in design methods based on rules makes the structuralist approach one of the most productive and comprehensive methods for the organisation, design, and production of the built environment. At the same time, it provides the systemic and meta-theoretical background for all disciplines involved in the production of space. This book is a collection of 47 articles by renowned authors including, among others, Roland Barthes, Koos Bosma, Jörg Gleiter, Herman Hertzberger, Arnulf Lüchinger, Winy Maas, Sylvain Malfroy, Hasim Sarkis, Fabian Scheurer, and Georges Teyssot. Through well-founded theoretical contributions, the book provides the first comprehensive representation of historical and contemporary digital structural thinking in architecture and urban planning.