GLASSGLASS

The Crystal Palace, an immense exhibition hall of glass and cast iron, was built especially for the first World Expo in London in 1851. This equally transparent as revolutionary building by gardener/architect Joseph Paxton formed the stage where the industrial revolution was celebrated. The way the collaboration between designer, scientist and producer leads to the development and application of new technologies had never been presented on such a scale before. More than six million people visited the exhibition, which consisted of hundreds of thousands of different presentations. Ever since, glass and technological progress have become almost synonymous.

The exhibition GLASS shows how the evolution of the chemical formula of glass forms the basis for innovations. This evolution leads to the lens and thus to the telescope, then to the tube and thus to the X-ray, and, more recently, to the fiberglass cable and thus to a virtually limitless development of the Web. Because of the contributions made by the lens, the tube and the cable to the 'expanding gaze' of modern society, they play a leading role in the exhibition. At the same time, glass is the material that makes surveillance possible and puts society under a magnifying glass. This intriguing conflict forms the underlying story of the exhibition GLASS.

The history of the material is shown on the basis of objects from the collections of, amongst others, Teylers Museum, including Newton's colour wheel, and Museum Boerhaave, which made the so-called achromatic telescope by Dollond from the 18th century available for loan. Work by Copier and Meydam, who like no others managed to depict progress through their designs, is on loan from the Glass Museum Leerdam.

The exchange between designer and scientist still continues today. Glass is a material in constant development. A lightweight type of glass was recently developed on the basis of aluminium dust, which again leads to innovative applications. The exhibition shows how contemporary designers do not only collaborate with scientists, but also come to new innovations themselves. With work by Hella Jongerius, Bert Jan Pot, Muller van Severen, Arnout Meijer, and others.