An article recently published in The Economist science and technology section takes on a technology that most people look at everyday, yet hardly ever notice—glass.
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Ending the debate as to whether glass is a solid or a liquid, glass research duo Edgar Zanotto and John Mauro have proposed a new definition—describing a non-crystalline state of matter that continually relaxes toward the liquid state.
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The São Carlos Center of Research, Technology and Education in Vitreous Materials (CeRTEV) conducts state-of-the art research, develops technology, and supports education and outreach efforts focused on glass and glass-ceramics. What has the center done in its first four years?
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This video, created by the European Glass Container Federation, illustrates the many technological advances in glass over time—and the significant contributions this versatile material has made to improve our world.
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Glass scientists have taken a closer look at the urban legend of glass flow in medieval windows—combining theory and experimental techniques, the results definitely bust the myth and indicate the highest ever direct measurement of glass viscosity at low temperatures.
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Apple’s latest announcement of its $200 million investment in Corning’s Harrodsburg, Ky., manufacturing facility appears to solidify a partnership it has had with Corning since 2007. The Kentucky facility makes screens for the iPhone with Corning’s Gorilla Glass.
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Prince Rupert’s drops are strong—but are they strong enough to survive being shot with a high-speed bullet at point-blank range? YouTube channel SmarterEveryDay recently posted a series of videos exploring the limits of strength of Prince Rupert’s drops in the face of some serious ammunition spewed from progressively bigger guns.
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In the March 2017 issue of the International Journal of Applied Glass Science, the second part of a two-part special issue series, Marv Bolt wrote a fascinating opening article all about glass’s role as the eye of science.
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The Applied Research Center LLC and Augusta University—which collaborated to developed the medical potential of porous wall, hollow glass microspheres—have now jointly licensed the patented technology to SpheroFill LLC (Augusta, Ga.), a startup company specially focusing on biomedical applications of the glass microspheres.
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Researchers at Brigham Young University have devised a technique that incorporates glass to build tiny lab-on-a-chip devices, or flexible glass nanoelectromechanical systems (NEMS), that could broaden rapid medical diagnostics.
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