BioLEDs Spawn Tech
References: treehugger
In attempt to hop about the green wave, a scientist discovered that salmon sperm could lead to improvements in LED lighting technologies.
"Andrew Steckl, an expert in photonics from the University of Cincinnati, has been working to intensify the properties of LEDs by using biological materials - specifically DNA from salmon sperm," TreeHugger reported.
Steckl said of his research, "Biological materials have many technologically important qualities — electronic, optical, structural, magnetic. But certain materials are hard for us to duplicate, such as DNA and proteins.â€
"Salmon sperm is considered a waste product of the fishing industry. It's thrown away by the ton. It's natural, renewable and perfectly biodegradable."
Steckl is really spawning new possibilities in LEDs. If he gets all his research in a "roe", this could be a really positive way to integrate environmentally friendly, biodegradable technologies into our everyday lives, and inspire other companies to do the same.
"Andrew Steckl, an expert in photonics from the University of Cincinnati, has been working to intensify the properties of LEDs by using biological materials - specifically DNA from salmon sperm," TreeHugger reported.
Steckl said of his research, "Biological materials have many technologically important qualities — electronic, optical, structural, magnetic. But certain materials are hard for us to duplicate, such as DNA and proteins.â€
"Salmon sperm is considered a waste product of the fishing industry. It's thrown away by the ton. It's natural, renewable and perfectly biodegradable."
Steckl is really spawning new possibilities in LEDs. If he gets all his research in a "roe", this could be a really positive way to integrate environmentally friendly, biodegradable technologies into our everyday lives, and inspire other companies to do the same.
Trend Themes
1. Bioleds - Using biological materials, such as salmon sperm, to improve the properties of LED lighting technologies presents an opportunity for innovative and sustainable lighting solutions.
2. Circular Economy - Utilizing waste products, like salmon sperm from the fishing industry, in the production of new and sustainable technologies can contribute to a circular economy and create new business opportunities.
3. Biodegradable Materials - Incorporating biodegradable materials, such as salmon sperm, into the design of new technologies has the potential to reduce environmental impact and address concerns over electronic waste.
Industry Implications
1. Lighting - The lighting industry can explore the use of bioLEDs to create innovative and sustainable lighting solutions, while reducing their environmental impact.
2. Fishing - The fishing industry can explore opportunities to repurpose waste products, like salmon sperm, for use in new and sustainable technologies like bioLEDs.
3. Electronics - The electronics industry can incorporate biodegradable materials like salmon sperm into their manufacturing processes as a way to reduce e-waste and create more environmentally friendly products.
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