Ultra-flexible chip can be wrapped around a hair
Scientists in Switzerland said Tuesday they can create electronic chips so flexible they can be wrapped around a human hair.
Scientists in Switzerland said Tuesday they can create electronic chips so flexible they can be wrapped around a human hair.
Engineering
Jan 7, 2014
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Crystals can be made artificially but a lot of energy is used to melt the ingredients together, and this can make them expensive. This problem can be overcome by using appropriate solvents. Called the flux method, crystals ...
Materials Science
May 1, 2020
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Researchers have layered different mineral forms of titanium oxide on top of one another to improve perovskite-type solar cell efficiency by one-sixth. The titanium oxide layer was better able to transport electrons from ...
Nanomaterials
Mar 1, 2019
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Bioengineered replacements for tendons, ligaments, the meniscus of the knee, and other tissues require re-creation of the exquisite architecture of these tissues in three dimensions. These fibrous, collagen-based tissues ...
Polymers
Aug 7, 2012
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A collaboration between researchers at the University of Surrey’s Advanced Technology Institute (ATI) and the School of Physics at Trinity College Dublin have discovered that you can produce a composite of carbon nanotubes ...
Nanomaterials
Apr 9, 2009
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Conserving water and reducing the environmental impact of runoff are two of the most important issues confronting container nursery operations. Current regulations and laws in five states limit water consumption by container ...
Other
Nov 5, 2009
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Scientists have successfully captured otherwise emitted CO2, and turned it into carbonate minerals deep underground in less than two years.
Environment
Nov 7, 2019
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38
Advanced plastics could usher in lighter, cheaper, more energy-efficient product components, including those used in vehicles, LEDs and computers—if only they were better at dissipating heat.
Polymers
Aug 2, 2017
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284
Carbon nanotubes, tiny tubes of rolled-up carbon sheets, hold great potential for delivering therapeutic heat, drugs and medical sensors directly to where they are needed to attack cancerous cells.
Nanomaterials
Sep 11, 2013
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Stem cells can be coaxed to grow into new bone or new cartilage better and faster when given the right molecular cues and room inside a water-loving gel, researchers at Case Western Reserve University show.
Materials Science
Apr 11, 2013
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