US researchers have estimated that replacing conventional building materials in new infrastructure with CO2 capturing alternatives - such as mixing carbon aggregates into concrete or using bio-based materials in bricks - could store billions of tonnes of carbon dioxide per year. According to the study, published in the journal Science, the move could help meet greenhouse gas emission reduction targets.
A study published today in Science reveals a new plastic as durable as conventional plastics that decomposes in seawater. According to the authors, this new material could help reduce microplastic pollution accumulating in the oceans and eventually entering the food chain.
A team of South Korean researchers claims to have achieved a superconductor at room temperature and pressure for the first time in history. If true, it would mean a revolution in physics with implications for the whole of society. The material, called LK-99, is based on a copper-doped lead apatite framework. The article is a preprint and can be read in the ArXiv repository, where the research community shares their work before it is reviewed for publication in a scientific journal.