CSIC presents enzymatic technology to improve industrial production
By applying this technology, a decrease in the use of water and energy during the manufacture of industrial products has been verified.
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FAU engineers increase wood strength with eco-friendly nano-iron
The researchers integrated nanocrystalline iron into the wood to strengthen it without altering its structural behavior.
The development of a “self-healing building material” could replace concrete
These types of materials have a potential impact on reducing CO₂ emissions and could improve construction in the future.
The University of the West of Scotland has developed a radiation detector module
This educational approach strengthens UWS's strategy in Scotland's nuclear field.
KAUST succeeds in producing more affordable carbon fiber from petroleum waste
The result was increased carbon yield after carbonization and a reduction in energy consumption.
CERN detects CP violation in baryons that defies classical physics
The observed violation reaches a statistical significance of 5.2 standard deviations, confirming its existence for the first time in this class of particles.
A study indicates that perovskite LEDs could be more efficient and sustainable.
Next-generation LEDs, based on the perovskite material, not only promise to be more economical, but also more environmentally sustainable.
CIC energiGUNE promotes storage with liquid hydrogen derived from biomass
Researchers are looking to accelerate the path toward a real, scalable implementation of this system.
A University of Texas at Dallas engineer develops a simulator for metal welding on the Moon.
Lunar conditions can induce defects such as cracks and fractures in metal joints after the welding process.
Researchers promote the creation of solar cells with simulated lunar dust
Lunar regolith is emerging as a vital resource for generating electricity in future space missions.