When it comes to utilizing surfaces such as floors and walls for additional functions, the aim has always been related to generation of electricity, like piezoelectric sensors and solar panel oriented designs. However, we daresay this is the first time we have come across a project that deals with surfaces embedded with programmed bacteria.
The brainchild of design student Tashia Tucker, the project has been aptly christened as Synthetic Biology: The Future of Adaptive Living Environments. And, as the name suggest, the interesting endeavor deals with how synthetic biology can be used in conjunction with architecture to contrive smart surfaces infused with reacting bacteria.
In simpler terms, the main goal alludes to various unique ways where bacteria can pose as saviors which clean and alter the properties of a surface (walls, floors and counter-tops). Furthermore, the organisms can be used for detecting pesticides, pathogens and allergens in our food stuff. The ‘hacked’ bacteria can also alert us by forming swarms and radiating specific colors that denote the individual toxic agents.
As for the working nature of the Synthetic Biology, the scope utilizes an assortment of different technologies. In Tucker’s own words –
The project uses digital fabrication, micro-processing, video projection, gaming technology, etc. to simulate how this ‘hacked’ bacteria could function as surfaces and materials of the future.
So, at the end of the day, the ambit is not only about reacting bacteria; it also entails the usage of credible systems from various avenues dotting the contemporary electronic world.
Via: DesignFuturesLab
