Inspired by the architecture of the tough outer layer of human bone, this material avoids the cracking and sudden failure typically seen in traditional brittle cement. The research was published in ...

The innovative minds at Princeton have drawn inspiration from the resilient structure of human bones to create a ...

This bio-inspired cement paste also has the potential to replace plastic and fiber-reinforced cement-based materials. Cement-based brittle materials used for constructing buildings must have high ...

Researchers develop flexible thermoelectric yarns capable of converting waste heat into electricity, enabling wearable ...

Researchers used robotics and additive manufacturing to toughen cement-based material with precisely placed hollow tubes. The ...

This bio-inspired design is 5.6 times more resistant to damage than traditional materials, enabling it to better withstand ...

Wet shoes are a common occurrence, especially during rainy seasons. Improper handling can lead to various problems, including ...

According to a study in Advanced Functional Materials, Emilio Pérez’s Chemistry of Low-Dimensional Materials group at IMDEA ...

Researchers have developed a way to make one type of plastic material more durable and less likely to shed dangerous microplastics.

Reducing the environmental impact caused by plastics can be addressed through different strategies, such as the manufacture ...

At a microscopic level, the difference between glass and ceramics makes them suitable for various applications.