KnowraGrapheneLinked fromLinked fromThe 31 pages that link to Graphene, each with the reason it gives.All 31Broader topic 12Related 10Narrower topic 2Compared with 7Quantum Hall effectRelated: Its unusual band structure produces a distinctive quantum Hall sequence.Dirac equationRelated: Low-energy electrons near its band crossings obey a two-dimensional, massless Dirac-like equation.University of ManchesterRelated: Manchester researchers Andre Geim and Konstantin Novoselov isolated it and developed its study.SupercapacitorRelated: Its conductivity and surface area motivate its use in experimental supercapacitor electrodes.Robert CurlRelated: Graphene broadened research on unusual carbon structures that followed fullerene discovery.Harry KrotoRelated: Graphene and fullerenes are distinct carbon forms whose study expanded after the discovery of molecular carbon cages.NanofluidicsRelated: Atomically thin membranes enable nanofluidic channels whose dimensions approach molecular scales.Honeycomb theoremRelated: Its hexagonal network exemplifies the geometry of a repeated planar cell structure.Lattice models in condensed matterRelated: Its lattice geometry yields distinctive electronic bands and low-energy quasiparticles.Nanoelectromechanical systemsRelated: Its low mass, strength, and electrical conductivity make graphene a candidate NEMS material.