Post Tagged with: "Graphene"

By Ling Xin NQPI Editorial Intern Dr. Daiara Faria from Brazil’s Rio de Janeiro State University discussed her latest research on the manipulation of currents in graphene and its implications for quantum computing at the Nanoscale and Quantum Phenomena Institute (NQPI) seminar on Nov. 14. Faria is a regular visitor […]

By Ryan Flynn NQPI editorial intern Nanoscale and Quantum Phenomena Institute 2019 Spring Newsletter At one atom thick, graphene is the thinnest, flattest material known to date. It is also the most impermeable, and strongest material in the world. It is electrically conductive, flexible, and incredibly lightweight. These attributes make […]

Two Ohio University physicists who were part of an international collaboration reported results of a study on self-grown graphene nanoribbons in the paper, “Linking interlayer twist angle to geometrical parameters of self-assembled folded graphene structures,” published recently in 2D Materials, a journal of the Institute of Physics. The work proposes […]

Two physicists predict that electronic currents of graphene can be split into two parts, thereby allowing scientists to manipulate the properties of graphene in new ways. Ohio University alum Dr. Mahmoud Asmar (Physics PhD ’15), and Dr. Sergio Ulloa, Professor of Physics & Astronomy, and a member of OHIO’s Nanoscale […]

New insight into flexible material one atom thick will help scientists to untangle key intrinsic properties of graphene not easily understood until now. Graphene, a crystalline slice of graphite (a form of carbon), is perhaps one of the most important materials being studied worldwide. Ohio University Associate Professor Dr. Nancy […]

By Angelita Faller At 200 times stronger than steel and only one atom thick, graphene is both the hardest existing substance and the thinnest material ever obtained. Graphene is light, bendable, transparent, and extremely conductive. “Graphene has excellent properties. The market applications are enormous,” said Gerardine Botte, the Russ Professor […]

The Physics & Astronomy Colloquium Series presents Gerardine G. Botte of Ohio University on “Graphene from Coal Char: Synthesis and Applications” on Friday, Sept. 12, at 4:10 p.m. in Walter 245. Abstract: Graphene continues to emerge as the most promising nanomaterial due to its unique combination of superb properties, which […]