Abstract
The purpose of this paper is to present and discuss current prac- tices of computational media and sensor technologies used for identifying, capturing, and transforming the properties of an interior space, providing customized architectural environments. It explores the challenge of properly measuring and recording invisible matter on an atomic level using a range of technologies (sensors, custom electronics, databases, networks, cloud com- puting), nding methods of manipulating digital representations, and developing techniques for spatializing information into the built environment. Therefore, this study demonstrates how sen- sor technologies and custom electronics provide methods to accomplish e ective measurements in real time by scraping atomic substances and sni ng particles out of thin air, as well as using software tools to spatialize and distribute informa- tion into the environment with media elements such as lighting, imaging, or visualizations. These techniques allow us to extend architectural intelligence to habitats of awareness that enable a range of imaginative possibilities.
Publication Date
2016-02-01
Publication Title
Leonardo Electronic Almanac
Publisher
Leonardo/ International Society for the Arts, Sciences and Technology
ISSN
1071-4391
Embargo Period
2024-11-19
Keywords
Architecture, Computation, IoT, Lighting, Sensors
Recommended Citation
Didakis, S. (2016) 'Spatializing Invisible Matter', Leonardo Electronic Almanac, . Leonardo/ International Society for the Arts, Sciences and Technology: Retrieved from https://pearl.plymouth.ac.uk/ada-research/464
