University of Adelaide researchers have developed a process for turning waste plastic bags into a high-tech nanomaterial. The innovative nanotechnology uses non-biodegradable plastic grocery... Read more
A Daily Scan of Global Research & Discovery . . .
Highlighting Ideas & Approaches that Could Have Impact . . .
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- An enzyme that could help 700 million people
- Could drones be used to help make it rain?
- New silk-based material that looks, feels and moves like leather
- Transparent wood is now 100 percent renewable with the addition of a citrus derivative
- New hope for Monarch butterflies
- Personalized medications possible via 3D printing?
- Astrophysics gets a huge simulation boost: 560 hours of work with current methods now can take 36 minutes
- Artificial intelligence could monitor water quality more effectively highlighting quality shifts due to climate change or pollution
- A synapse-like phototransistor could eventually help computers process visual information more like the human brain
- Revolutionizing the future of metal mining with a new “key-hole surgery” technique to extract metals from the earth
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Tufts SilkLab researchers create leather-like material from silk proteins
Quantum Chemistry
The exterior of first 3D printed concrete house in the Netherlands
Stanford Researchers Use Ankle Exoskeleton to Increase Walking Speed
Stanford researchers locate sources of pollution in Bangladesh
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