Events

The world of theoretical Physics was brightened-up by the charming genius of safecracker, drummer, womaniser and Nobel-prise winner Richard Feynman. In an interview with BBC Horizon Feynman explains eloquently how scientific knowledge enriches his perception of beauty and convincingly dismantles the notion of ‘Entzauberung’ as caused by science. This meeting at Foamlab concentrates on the intricacies of creative processes.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.

The Soft-wear symposium, workshop and open lab offered a glimpse into the world of active materials, that form the foundation of novel design paradigms. Soft-wear is a place where electronics meets the traditional crafts of weaving, dyeing and knitting fibres and threads, to produce materials that can respond to touch, temperature, light and other external stimuli. They are used as tangible interfaces and displays, where the edge between materials and media rapidly dissolves.