As a first step in the development of large-scale interactive paper surfaces intended for architectural space, we have created paper samples integrating PBG fibers. We have experimented with different kinds of pulp and using different inclusion methods.

In order to research different design possibilities, the samples are created from a variety of paper pulps, of varying thickness, and contain fibers arranged in various ways.

photos · Marc Beaulieu

These paper samples allow us to examine design options based on material composition and fiber arrangement. We can experiment with relative intensities of transmitted and emitted light diffused through a paper medium, layered fibers, and color combinations diffused through translucent paper pulp.

photos · Marc Beaulieu

By using a variety of paper-pulps and methods of inclusion to create these samples, we are able to study not only the aesthetic properties of light, but also physical properties such as material compatibility, strength, flexibility, resiliency and texture, all of which are important in creating a durable interactive architectural surface.

photos · Marc Beaulieu

The production process allowed for the investigation of the physical and aesthetic properties, including considerations of fiber placement and layout, paper-pulp type, and paper thickeness. These will inform the creation of large scale interactive illuminating paper-pulp based architectural projects.

photos · Marc Beaulieu