By decoding carbon trapped in ancient plant matter, scientists track carbon fluxes back beyond ocean records.
By decoding carbon trapped in ancient plant matter, scientists track carbon fluxes back beyond ocean records.
Hans Kleeman describes how inspiration from leaves will enable a new generation of sustainable, biodegradable electronics.
Liquid droplet mops optimise droplet impact energy, reducing the amount of water needed for solar panel cleaning by up to 80%.
Researchers have developed a tandem process that converts carbon dioxide into carbon nanofibers, offering a route to net-negative emissions.
A hybrid electrolysis system produces hydrogen while upgrading glycerol into valuable chemicals.
An edible thermoelectric system opens new directions for functional hydrogels and ingestible electronics.
After fires strip away vegetation, common Mediterranean lizards rapidly shift color to reflect heat, darkening again once the landscape recovers.
Kombucha fermentation generates a byproduct perfect for the creation of mechanically stable, biodegradable electronic components.
Young researchers promote the importance and industrial potential of green chemistry via the kickSTART project.
A sand-like material can be extracted from seawater by adding carbon dioxide, potentially making the building industry more sustainable.