Conductivity in Graphene and superconductivity in Bilayer Graphene - Muradjan, Aco
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In following text, the new possible solution for the real physical conduction mechanism, at first, in monolayer Graphene, is represent. A general model how electrons travel and transport energy through these conductors will be based on benzene molecule, which molecule with six carbon atoms in the ring like structure exist. After that, the structure of benzene molecule with the Graphene will be related, the fascinating two-dimensional material which flat network of interconnected benzene rings in hexagonal honeycomb lattice are arranged, from single to many atomic layers. The new bond…mehr

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Produktbeschreibung
In following text, the new possible solution for the real physical conduction mechanism, at first, in monolayer Graphene, is represent. A general model how electrons travel and transport energy through these conductors will be based on benzene molecule, which molecule with six carbon atoms in the ring like structure exist. After that, the structure of benzene molecule with the Graphene will be related, the fascinating two-dimensional material which flat network of interconnected benzene rings in hexagonal honeycomb lattice are arranged, from single to many atomic layers. The new bond structure, for this unusual bond structure in Graphene, is proposed. Also a new mechanism for the unclear mechanism as; how electrons always travels with same speed in Graphene, independent of applied voltage, will be presented. Second, the new mechanism presented here, has also great potential and capability for solving the essential conducting mechanism in similar unusual phenomenon, known as superconductivity.
Autorenporträt
Aco Muradjan wurde in Skopje geboren. Parallel zu seiner Haupttätigkeit als technischer Ingenieur betreibt er intensive Forschung in vielen verschiedenen Bereichen der Naturwissenschaften, insbesondere in der Chemie und Physik, auf der Suche nach grundlegenderen Erklärungen für verschiedene physikalische Phänomene.