Evolving Microbe Fixtures

View More

The 'Bacterioptica' Chandelier is Literally Living Art

The Bacterioptica Chandelier is something that both the scientist and artist can thoroughly enjoy. Consisting of fiber optics and petri dishes for the scientist, this light fixture features intricate artistry that anyone would appreciate.

Original and creatively innovative, this Bacterioptica Chandelier truly breaks the boundaries between art and science. Unlike the normal chandelier, this chandelier is unique in a way that literally consists of bacteria that is still alive - and growing.

Dare to have this piece over your kitchen table?
Trend Themes
1. Living Art - The trend of incorporating living organisms into art pieces showcases a disruptive innovation opportunity for the biotech industry to collaborate with artists and create unique bio-art installations.
2. Techno-biology - The blending of fiber optics and petri dishes in the Bacterioptica chandelier illustrates a disruptive innovation opportunity for tech and biology fields to intersect and create illuminated biological art.
3. Bio-design Decor - The Bacterioptica chandelier introduces a disruptive innovation opportunity for interior design and decor industries to incorporate living organisms and biological elements into their products and services.
Industry Implications
1. Biotech - The trend of living art presents a disruptive innovation opportunity for the biotech industry to collaborate with artists and create unique bio-art installations for a new market.
2. Tech - The Bacterioptica chandelier represents a disruptive innovation opportunity for the tech industry to explore the intersection of biology and technology and create illuminated biological art.
3. Interior Design - The trend of bio-design decor introduces a disruptive innovation opportunity for the interior design industry to incorporate living organisms and biological elements into their products and services, catering to a new market with unique needs and preferences.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE & IMAGES