Porous plastic sheets can improve building temperature
These tests demonstrate the material's effectiveness in keeping buildings cool even in extreme weather conditions.
Explore our content
Researchers discover that volcanic ash from Taal can be used as radiation protection
The material's properties could improve safety in high radiation exposure environments while promoting volcanic waste management.
Copper Nanoflowers on Artificial Leaves Convert CO₂ into Clean Fuel
Powered solely by sunlight, this technology represents a major advance in the production of fuels and chemicals without additional carbon emissions.
A study by the University of Tokyo reveals the impact of radiation on concrete
The results of the research could contribute to the design of more durable and resistant materials for other applications, such as space exploration or…
Asteroid Bennu samples contain minerals key to the origin of life
Scientists discovered sodium carbonate with trapped water, a compound never before seen in asteroids or meteorites.
Researchers develop chemical recycling technology that turns environmental waste into fuel
The technology developed has the potential to handle multiple types of materials simultaneously, increasing its versatility and efficiency.
The world’s largest iceberg begins to move after decades of “stillness”
The iceberg weighs almost a trillion tonnes and is twice the size of London.
Bioengineered bacteria achieve efficient production of green hydrogen
By coating carbon fibers with the modified cells, they were able to produce hydrogen when exposed to sunlight, with very favorable results.
Debunked! Worms that eat plastic are not able to break it down
The evidence that enzymes broke down plastics in these studies was an error caused by contaminants in the samples.
Pixxel launches the world’s highest-resolution hyperspectral satellites
The launch of the Firefly constellation enables advancements in space technology, such as environmental monitoring and climate management.