http://www.bbc.co.uk/news/science-environment-17628145
Graphene contains a flat layer of carbon atoms that are positioned extremely close together. This material is now being used to hold liquids that scientists wish to study under transmission electron microscopes. As opposed to materials previously used to hold these liquids, like silicon nitride or silicon oxide, Graphene is practically transparent which allows scientists a clearer window to view phenomena that occurs in liquids. With scientists being able to see reactions and processes in liquids better, new research leading to scientific knowledge will become available. When I think about this, I think of the many biological advances that could be made as almost all biological processes, like mitosis and parts of DNA replication, occur in a liquid in cells known as the cytoplasm. I also think about chemical advances that could be made as reactions occuring in aqueous environments can now be observed and stages of reactions could be added and used to better explain why certain products form. Certainly the research and information that come from the use of Graphene will be beneficial to the all areas of the scientific world.