Videopodcast #1
Steel willows

Prof. Morgenthal from Bauhaus University in Weimar is the expert responsible for the structural stability of the willow architecture in Lichtenfels. Prof. Speck from the University of Freiburg is researching the transfer of nature's capabilities to technology. In conversation, they discuss exciting parallels and differences between the natural willow and the artificial one made of steel.

Moderated by architectural journalist Christiane Bürklein, the experts talk about the principal challenges involved in planning and building the Archive of the Future's willow architecture.
Listen below to the full-length discussion entitled "Fascination with Willows."

Prof. Morgenthal, structural engineer of the Archive of the Future
Prof. Morgenthal, structural engineer of the Archive of the Future

"When creating such unique architecture and new methods of building it always comes down to pushing beyond what was previously thought possible, to dealing with adversity and overcoming obstacles. This is the task set before us with respect to the willow architecture in Lichtenfels. In the future, it will serve as an example for others who will take and transform our model into new ideas, thereby pushing the boundaries of the possible even further."

Prof. Morgenthal, structural engineer for the Archive of the Future.

Prof. Speck, Bionics at the University of Freiburg
Prof. Speck, Bionics at the University of Freiburg

"I am fascinated by the fact that building bionics are being used in Lichtenfels to create such a filigree visual icon in the form of a willow. I envy the people here, who can take the opportunity to enjoy it on a daily basis whenever they visit the marketplace."

Prof. Speck, bionic specialist, University of Freiburg

Enjoy the full-length discussion between both experts in our video podcast

More videos on the Archive of the Future's Vimeo channel

Prof. Morgenthal from Bauhaus University in Weimar has created a computer simulation of the Archive of the Future’s steel willows, which he’s using to investigate the pliable movement of the structure.