
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.

By coating carbon fibers with the modified cells, they were able to produce hydrogen when exposed to sunlight, with very favorable results.

The evidence that enzymes broke down plastics in these studies was an error caused by contaminants in the samples.

The launch of the Firefly constellation enables advancements in space technology, such as environmental monitoring and climate management.

The company also plans to develop artificial womb technology with potential applications in fertility treatments and species conservation.

The Kunlun Mountains, vital to water supply in western China, are now becoming the setting for technological implementation.

Millions of microplastics in your cup of tea could be affecting your health. Find out what the science reveals.

Dishwashing detergent reduces the efficiency of solar panels by leaving residues that affect light transmission.

A biodegradable mushroom-based battery that feeds and decomposes naturally.

The installation of the telescope will allow unique observations, with applications ranging from the study of exoplanets to the exploration of the first galaxies in the…

This would drastically affect the Arctic ecosystem and have global climate implications.

It is almost four times more massive than Jupiter and is only a few million years old.

It is a nanocomposite that allows the extraction of up to 16.8 g of gold per gram of material, reaching an efficiency of 99.5%.