Medicine & TechnologyThe transparent wood could potentially become an alternative product for products consisting of thin fragile pieces of plastic and glass. Read to learn more.
The new smart fabric is capable of reacting to different variations of temperature and electric current, paving the way for innovative wearable devices. Read the article to find out more details.
Scientists developed a new form of carbon that is only one atom thick, opening doors to improve rechargeable batteries and better electrical energy storage than graphene.
Combing aluminum and ceramic resulted in non-cuttable material more effective than locks and safes created by the strongest metals. Designed after structures in nature that resist 'attack mechanisms', Proteus is a promising material that can be manufactured easily.
The results of the study may also be useful to the field of synthetic chemistry, as amide bond formation is essential for many commercially critical synthetic materials, bioactive compounds, and pharmaceuticals
The structure of monolayer that the team discovered is favorable for charge transport along the plane of the film, making it significant for flexible electronics applications
Scientists from the University of Southampton and the University of Liverpool have developed a new method which has the potential to revolutionize the way we search for, design and produce new materials. Researchers explained that new Molecular Treasure Maps would accelerate the discovery of new materials.