Screens that not only display images but also generate their own power are on the horizon.
One of the new display technologies will be suitable for cellphones, making their batteries last far longer than they do now. ...
The stirrup, a small bone in the human ear, can be accurately replicated using established production processes. By means of injection molding, researchers can now produce such tiny implants from biocompatible materials ...
Rohm and Haas Company has signed a definitive agreement to sell its European Automotive Coatings business, including its manufacturing site in Strullendorf, Germany, to the Mäder Group, a leading independent manufac...
Intertape Polymer Group Inc. and Littlejohn & Co., LLC announced today that an indirect wholly-owned subsidiary of Littlejohn Fund III, L.P. will acquire all of the Company’s outstanding common shares at a pric...
Ticona, the engineering polymers business of Celanese Corporation, announced today that it will co-locate a new Celstran® long-fiber reinforced thermoplasic (LFRT) plant at Celanese’s integrated chemical comple...
The Company is pleased to report that three batches of new nanotech materials have been delivered by QuarTek Corporation for testing, evaluation, selection and modification. Pilot trials of the new materials are expected...
The Army Research Office has awarded a Multi-University Research Initiative (MURI) grant, potentially worth $7.5 million, to scientists from Virginia Tech, the University of Pennsylvania, Pennsylvania State University, a...
Jacobs Engineering Group Inc. announced that they received a contract from Borealis to provide detailed engineering to expand a polymer production facility in Stenungsund, Sweden.
Officials did not disclose the contra...
As the number of cars and trucks around the world rises from 750 million to an estimated 1.1 billion by 2020, drivers and passengers will rely on increasingly sophisticated systems not only to protect them in the event o...
Researchers at The University of Warwick and Leicester University have used an artificial snot (nasal mucus) to significantly enhance the performance of electronic noses.
The researchers have coated the sensors used b...
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