Post Tagged with: "Mahmoud Asmar"

By Amanda Biederman NQPI Editorial Intern A team of researchers at Ohio University have discovered a way to alter the electronic behavior of bilayer graphene, a finding that may be applied to the control of heat dissipation in electronic devices. To implement this feat, OHIO Ph.D. alumni Dr. Abdulrhman Alsharari […]

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 […]

By Angela Woodward From Compass A world of opportunity awaits students who graduate from Ohio University’s Physics & Astronomy Department and who engaged in research efforts while at OHIO. “Our graduates have gone on to do really neat things in academia, scientific facilities and industry,” said Dr. Carl Brune, Professor […]

The Nanoscale & Quantum Phenomena Institute is proud to announce Mahmoud M. Asmar as the recipient of the NQPI Outstanding Dissertation Award. He will receive a $500 prize for his dissertation titled “Electronic and Spin Transport in Dirac-Like Systems.” In his dissertation, he focused on the study of the relation between […]

Ohio University Physics doctoral student Mahmoud Asmar published an article on “Symmetry-breaking effects on spin and electronic transport in graphene” on April 10 in Physical Review B. His co-author and adviser is Dr. Sergio Ulloa, Professor of Physics & Astronomy. Abstract: The decoration of graphene samples with adatoms or nanoparticles […]

By Jean Andrews Physics & Astronomy Analyzing the motion of electrons, Ohio University researchers have developed a process to discriminate among different impurities in graphene–the strong, light and conductive material only one atom thick being studied for a variety of nanoscale applications. Physics doctoral student Mahmoud Asmar and Dr. Sergio […]