The re-design of interactive devices in response to needs in terms of environmental sustainability and enrichment of user experience combines two core topics of contemporary design: biological and digital. Through the design project we can twist material and immaterial, physical and virtual, integrating different modalities of interaction, stratifying the information on multiple levels and conferring to surfaces a perceptual plus involving multiple sensory stimulations. In this scenario microbial nanocellulose represent a promising material because of its technical-performative features which make it usable as biological interface and capacitive sensor, but especially because of its aesthetic-sensory features which can be controlled and programmed through the interaction with the fabrication process, affecting the intensity and richness of the interactive experience.

Hybrid Sensory Surfaces. Biological meets Digital / Trebbi, Lorena; Del Gesso, Chiara. - (2022). [10.54941/ahfe100938].

Hybrid Sensory Surfaces. Biological meets Digital

Trebbi, Lorena
Primo
;
Del Gesso, Chiara
Secondo
2022

Abstract

The re-design of interactive devices in response to needs in terms of environmental sustainability and enrichment of user experience combines two core topics of contemporary design: biological and digital. Through the design project we can twist material and immaterial, physical and virtual, integrating different modalities of interaction, stratifying the information on multiple levels and conferring to surfaces a perceptual plus involving multiple sensory stimulations. In this scenario microbial nanocellulose represent a promising material because of its technical-performative features which make it usable as biological interface and capacitive sensor, but especially because of its aesthetic-sensory features which can be controlled and programmed through the interaction with the fabrication process, affecting the intensity and richness of the interactive experience.
2022
Intelligent Human Systems Integration (IHSI 2022): Integrating People and Intelligent Systems
978-1-7923-8988-7
surface design; digital materiality; material experience; perception; biofabrication
02 Pubblicazione su volume::02a Capitolo o Articolo
Hybrid Sensory Surfaces. Biological meets Digital / Trebbi, Lorena; Del Gesso, Chiara. - (2022). [10.54941/ahfe100938].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1652543
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