The folks at Aerogel.org are serious about it: The “Make” section of their exhaustive “open source aerogel” site will teach you how to make high-quality monolithic aerogel the way the pros do it, from building your our own supercritical drying apparatus (“manuclave” is their neologism), to mixing up the wet ingredients, to actually performing the […]
It’s a simplistic question, possibly even naive. Put it to a chemical engineer or a materials scientist, and she or he will almost certainly not come back with a single answer, but with (at least) two questions: What do you mean by “plastic?” Do thermosetting materials like epoxy count? What about polymers that are reinforced […]
Human beings have been smithing silver for millennia. I was surprised to learn, therefore, that significant advances in silver metallurgy have been made as recently as the 1990s. Sterling silver, by definition, contains 92.5 wt% silver metal and 7.5% other metals, traditionally mostly copper. In 1998, however, Peter Johns of Middlesex University obtained a US […]
Two years ago I wrote about what a delight it was to discover the UT-Austin School of Architecture’s Materials Lab when I was on campus there, and it seems appropriate to resurrect the topic in honor of our theme this month. Kevin Kelly just posted a roundup of major materials libraries around the USA over […]
DIY methods for electroactive polymer actuators are hard to come by, and none of them are kitchen-counter simple. But compared to the wet chemical methods circulating in the academic research community, the purely mechanical process documented in this video from the Swiss ShapeShift project is relatively accessible. Click here to skip the how-to and go […]
HydroSpan 100, from Houston-based Industrial Polymers Corporation, is billed as “a 3 dimensional copy machine enlarging any shape or design in near perfect proportion and detail.” Shown uppermost, a Morgan silver dollar from 1896, enlarged via three generations of HydroSpan 100 casting to about the size of a salad plate. To use it, two components […]
Reportedly, fully 20 percent—some 200 million—of the world’s mobile devices incorporate a clear cover made of Corning’s Gorilla Glass brand toughened aluminosilicate glass. Depending on the particular test used to make the determination, Gorilla Glass is seven or eight times stronger than the common soda-lime glasses used, for instance, in most windowpanes.
