
Harvard researchers develop natural rubber with ten times higher strength
This new rubber concept could become more durable and change the way we perceive flexible materials.

This new rubber concept could become more durable and change the way we perceive flexible materials.

Gold production at the LHC has serious implications for the design and optimization of future colliders.

The combination of mechanical strength, electrical performance and biomimetic design makes this concrete a viable option for future infrastructures.

By applying this technology, a decrease in the use of water and energy during the manufacture of industrial products has been verified.

The researchers integrated nanocrystalline iron into the wood to strengthen it without altering its structural behavior.

These types of materials have a potential impact on reducing CO₂ emissions and could improve construction in the future.

This educational approach strengthens UWS's strategy in Scotland's nuclear field.

The result was increased carbon yield after carbonization and a reduction in energy consumption.

The observed violation reaches a statistical significance of 5.2 standard deviations, confirming its existence for the first time in this class of particles.

Next-generation LEDs, based on the perovskite material, not only promise to be more economical, but also more environmentally sustainable.

Researchers are looking to accelerate the path toward a real, scalable implementation of this system.

Lunar conditions can induce defects such as cracks and fractures in metal joints after the welding process.