The Philips Bio-Light Goes Beyond Electrically Dependent Alternatives
Meghan Young — November 18, 2011 — Eco
References: design.philips & fastcodesign
There are light fixtures that run on food, excrements, solar energy and more, but the Philips Bio-Light is the first that turns to bacteria to power it. Part of the Dutch electronics company's Microbial Home concept, this unique, albeit eerie, light not only feeds off of organic matter, it looks pretty organic as well. The Philips Bio-Light has a decidedly honeycomb configuration that beautifully complements the Urban Beehive that is also part of this collection.
Essentially, the Philips Bio-Light looks beyond electrically dependent alternatives for eco-friendly energy and instead harnesses light generated by bioluminescent microorganisms. The Philips Bio-Light is made up of hand-blown glass cells, each of which holds this type of bacteria that produces light through a chemical process known as luminescence. This process, interestingly enough, doesn't produce heat.
Essentially, the Philips Bio-Light looks beyond electrically dependent alternatives for eco-friendly energy and instead harnesses light generated by bioluminescent microorganisms. The Philips Bio-Light is made up of hand-blown glass cells, each of which holds this type of bacteria that produces light through a chemical process known as luminescence. This process, interestingly enough, doesn't produce heat.
Trend Themes
1. Eco-friendly Lighting - The use of bacteria-powered lighting presents an opportunity for environmentally conscious businesses to adopt sustainable and innovative lighting solutions.
2. Bioluminescent Technology - The development of bioluminescent technology opens up possibilities for industries to explore new applications in various sectors such as healthcare, hospitality, and entertainment.
3. Organic Design - The integration of organic and natural design elements in lighting fixtures creates disruptive opportunities for companies in the interior design and home decor industries.
Industry Implications
1. Sustainable Energy - The use of bacteria-powered lighting has the potential to disrupt the sustainable energy industry by offering a renewable and eco-friendly alternative to traditional energy sources.
2. Interior Design - The adoption of lighting fixtures with organic designs can disrupt the interior design industry by providing unique and visually appealing options for architects, designers, and homeowners.
3. Biotechnology - The development of bioluminescent technology has the potential to disrupt the biotechnology industry by opening up new avenues for research and applications in fields such as healthcare, environmental monitoring, and scientific research.
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