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Chemistry World
May 26, 2011
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Polymer caterpillar crawls in humid weather A polymer-based device that can walk caterpillar-like across a surface has been developed by researchers in China.   |
Scientific American
October 2008
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Cool Polymers: Toward the Microwave Oven Version of the Refrigerator Getting a bigger chill out of polymers that respond to electric fields. |
National Real Estate Investor
May 1, 2008
John Loomis |
Green Roofs Take Root In U.S. Building Design Green roofs are gaining popularity in U.S. commercial real estate development. This article looks at the benefits and costs. |
Chemistry World
February 2010 |
Solar surge The sun is the only non-polluting energy source available to humankind on a huge scale and there is an urgent need to drive forward the science to exploit this fact and put into place clever technological solutions for reducing CO 2 emissions. |
Chemistry World
March 8, 2012
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Light-sensitive shape-shifters are swell gels Polymer chemists have successfully emulated the natural shape-shifting abilities of biological tissues, which could allow them to develop a new range of functional materials that change shape reversibly in response to particular stimuli. |
Chemistry World
September 15, 2010
Lewis Brindley |
Gel electrodes show biomedical promise Composed of conductive polymers patterned onto slices of hydrogel, the biocompatible electrodes can function under wet conditions for up to a month - making them very useful in medical research. |
Chemistry World
February 24, 2015
Phillip Broadwith |
Catalytic carbon dioxide convertors The world's demand for energy, and the resultant carbon dioxide emissions, are drastically changing our climate. UK startup Econic Technologies is developing catalysts that could take some of that CO 2 and lock it up in high-performance polymer materials. |
Chemistry World
January 16, 2013
Simon Hadlington |
Azo-cops nab CO 2 but let N 2 go free Scientists have developed a new class of porous polymer that can efficiently trap carbon dioxide while actively rejecting nitrogen. |
Chemistry World
September 5, 2012
Hayley Birch |
Tougher hydrogels to rival rubber The gels, which may eventually find applications in contact lenses and tissue engineering, are 10 times tougher than cartilage and can stretch to 20 times their original length without suffering permanent damage. |
Chemistry World
July 12, 2012
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Homeostatic hydrogels to help heat the home Living things can take control of the physical environment in which they find themselves, monitoring and controlling their temperature, pH, various internal pressures and ion concentrations through a range of self-regulating feedback loops. |
