What if roads could repair themselves without human intervention? An international team of researchers is working on an innovative asphalt capable of filling cracks before they turn into ...

The exact mechanisms of crack formation in asphalt are not fully understood, but they often originate from the hardening of ...

Self-healing roads might seem like something we could have in the future, but scientists and Google are working on making it ...

A physical mix of the asphalt binder and nanoclay leads to changes in rheological properties due to intercalation of the asphalt molecules in the nanoclay layers. From the rheological point of view, ...

For drivers everywhere, potholes are more than just a nuisance — they’re a hazard. They damage cars, cause accidents, disrupt traffic, and cost governments billions in repairs. But what if roads could ...

Gameloft's Asphalt saga offers some of the best car games for mobile devices. And that's precisely what you'll find when you download Asphalt Legends Unite Android for free, a spectacular free to play ...

Self-healing roads, made from biomass waste and designed using AI, could offer a solution to the country’s £143 million pothole problem.

Get Instant Summarized Text (Gist) Molecules have been successfully trapped to perform quantum operations, marking a significant advancement in quantum computing. By using ultra-cold polar ...

They have used MaSIF to design novel protein binders to interact with known protein complexes involving small molecules like therapeutic drugs or hormones. Because these bound small molecules ...

“As long as nothing is loose, as long as the asphalt binder hasn’t been destroyed under the oil spot, it helps hold things together again and prevents additional damage,” Maclean says.