A new technique to extract tiny cellulose strands from cow dung and turn them into manufacturing-grade cellulose, currently used to make everything from surgical masks to food packaging, has been ...

New York City’s Woolworth Building, at 792 ft, was the world’s tallest tower in 1929, but two skyscrapers under construction ...

In this interview, Scott Genin highlights the impact of quantum simulations on materials discovery and the advancements ...

Living materials could blur the lines between biology and machine as the next era of automotive innovation begins to take ...

FaSt-Light is a fiber-assisted, structured light biofabrication system enabling high-resolution in situ tissue engineering ...

Humans began creating alloys about 5,000 years ago by combining copper and tin to produce bronze. Since then, alloy design ...

Business and advocacy groups had recognized Parsons' program with numerous awards. These included the Human Rights Campaign Equality100 Award in 2023/2024, a spot on Forbes’ 2023 Best Employers for ...

Scientists develop fully biobased, 4D-printable shape memory polymers from plant-derived acrylates, enabling tunable, ...

The article, which is still accessible via the Wayback Machine, describes what Google calls its "most-researched" update to a ...

Ahead of its planned announcement this month, Google apparently accidentally published a blog post on Tuesday with details ...

Immerse yourself in the evolution of smart materials in architecture, uniting aesthetics with functionality for a sustainable ...

Discover how scientists program nanomaterials to react to environmental triggers, leading to innovations in targeted drug delivery, self-healing materials, and smart electronics.