Artificial Photosynthesis to Transform Greenhouse Gases into Plastic
Catalytic reactions allow transforming carbon dioxide into other materials, which could prove to be an effective strategy to fight global warming.
MIT researchers develop an innovative technology to monitor marine species and the impact of climate change without the need for batteries.
Catalytic reactions allow transforming carbon dioxide into other materials, which could prove to be an effective strategy to fight global warming.
A new coating for buildings could take us one step closer to an energy-efficient architecture.
The octopus has a unique ability to change the color and texture of his skin. A recently presented technology can now replicate this skill.
The Internet of Things brings the smallest devices online. Now its influence is set to reach the food chain through a new generation of microsensors.
In Germany, a new consortium led by the Fraunhofer Institute has developed a set of techniques that will open the door to recovering large pieces of wood and giving them a second life.
A team of researchers from the laboratories of Harvard and the Wyss Institute in the USA have joined forces to develop an extremely adhesive bio-glue for medical use, inspired by slugs.
Printing pieces capable of adapting the environment and interacting with it is the next challenge of 3D printing. The 4D printing arrives.
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