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The idea of magnetic graphene has been fantasized over since the discovery of graphene. But, is it really possible to achieve magnetic properties with graphene? Several routes have been followed to achieve this goal such as topological frustration, structural defects, twisted bilayered graphene structures, proximity induced magnetic properties, and twisted bilayered graphene structures. IntroductionEven though these methods still require further development, the studies show that it i …

Surely you must have heard before that graphene batteries are described as the future of batteries. Not only for its duration and its characteristics but also for having different potential uses that will help improve all technology. Graphene is nothing more than a pure carbon sheet with only one atom thick and is distributed following a regular hexagonal pattern. IntroductionWith this material, you can build batteries with much more durability than what we know of lithium. T …

Graphene is known to be a carbon allotrope, and it is a part of the aromatic molecules. It is also known to be a basic structural element of all the other known allotropes. It is the building block for all the materials of graphite too. Graphene has exceptional properties which include thickness for the strength of it, low density, transparent nature, excellent conduction of heat and electricity and diamagnetism. IntroductionAll these properties together make graphene a very strong ma …

Graphene derivatives such as GO, rGO, and GQDs have been considered in a wide range of medical applications due to the mutable surface chemistry and excellent physical properties of these materials. The intriguing applications of graphene-based materials in the medical field are biosensors, Bioimaging applications, tissue engineering, drug and gene delivery, novel anticancer treatments, graphene coatings on implants, and medical devices.Introduction The “wonder material” graphene has con …

Graphene has been recognized as a groundbreaking material with the potential to revolutionize the next wave of electronic technologies. Its extraordinary properties, including exceptional electrical conductivity, mechanical strength, and a two-dimensional structure, have significant implications for various fields, notably quantum computing. In this realm, graphene has contributed to notable advancements, such as improving the separation of Cooper pairs in superconductors through the …