Collaborate Disseminate
Plastic is one of the most useful materials in our modern world, but unfortunately it’s also one of the worst in a sustainability sense. Now, scientists at Berkeley Lab have developed a way to engineer bacteria to produce raw materials that can be made… Continue reading Bacteria recruited to build endlessly recyclable plastic
It may not be as catchy a name as Iron Man, but in a fight you might be better off betting on Glass DNA Nanolattice Man instead. Engineers at the University of Connecticut have developed a very strong and lightweight new material out of DNA that self-a… Continue reading Glass-coated DNA material boasts 4x strength of steel
Despite its many advantages, glass has one major Achilles’ heel – it’s brittle. Now, engineers at Penn State have developed LionGlass, a new type of the material that’s not only 10 times more damage resistant, but requires significantly less energy to … Continue reading LionGlass boasts 10x the strength of regular glass, greener production
Strength and flexibility are two opposites that usually need to be balanced in steel. But now engineers at Purdue University and Sandia National Labs have developed a new treatment that can be applied to steel alloys to make them both stronger and more… Continue reading New treatment makes steel alloys both stronger and more flexible
In what sounds like a superhero’s origin story, scientists have discovered a new type of material created after lightning struck a tree. This particular form of crystalline phosphorus has never been seen on Earth, and could belong to a new mineral grou… Continue reading Strange new material discovered in “fossilized lightning”
Scientists at the University of Rochester claim to have created a material that acts as a superconductor at room temperature and lower pressures than ever before. If confirmed, this “reddmatter,” as they call it, could mark a major breakthrough.Continu… Continue reading “Reddmatter” shows evidence of room temperature superconductivity
Knots are known for boosting the strength of materials, from the tiniest twists of DNA to (potentially) the very fabric of the universe. Now, Caltech engineers have developed a new material consisting of microscale knots, and shown that it’s far toughe… Continue reading Microscale knots double tensile strength of new material
Bacteria often get a bad rap, but in many cases they’re helpful little critters. Engineers have now developed a protective coating for buildings that’s loaded with bacteria, which absorb CO2 to produce a barrier against erosion by the elements.Continue… Continue reading Bacteria-based coating protects distillery buildings from the elements
Scientists at Georgia Tech have discovered a new quantum state in a quirky material. In a phenomenon never before seen in anything else, the team found that applying a magnetic field increased the material’s electrical conductivity by a billion percent… Continue reading New quantum state boosts material’s conductivity by a billion percent
Engineers at ETH Zurich have developed a versatile new material that should help in the ongoing battle against corrosion for buildings and vehicles. The polymer coating not only protects against corrosion, but highlights cracks as they form, automatica… Continue reading New anti-corrosion polymer highlights damage, self-heals and is recyclable