Search Results - "Kirczenow, G"

Conductance quantization in graphene nanoconstrictions with mesoscopically smooth but atomically stepped boundaries by Ihnatsenka, S., Kirczenow, G.

“…We present the results of million-atom electronic quantum transport calculations for graphene nanoconstrictions with edges that are smooth apart from…”
Get full text

Effect of electron-electron interactions on the electronic structure and conductance of graphene nanoconstrictions by Ihnatsenka, S., Kirczenow, G.

“…We present self-consistent calculations of electron transport in graphene nanoconstrictions within the Hartree approximation. We consider suspended armchair…”
Get full text

Band-gap engineering and ballistic transport in edge-corrugated graphene nanoribbons by Ihnatsenka, S., Zozoulenko, I. V., Kirczenow, G.

“…We calculate the band structure and the conductance of periodic edge-corrugated graphene nanoribbons within the framework of the tight-binding p-orbital model…”
Get full text

Effect of edge reconstruction and electron-electron interactions on quantum transport in graphene nanoribbons by Ihnatsenka, S., Kirczenow, G.

“…We present numerical studies of conduction in graphene nanoribbons with reconstructed edges based on the standard tight-binding model of the graphene and the…”
Get full text

Origin of the residual acceptor ground-state splitting in silicon by Karaiskaj, D, Kirczenow, G, Thewalt, M L W, Buczko, R, Cardona, M

“…The residual ground-state splitting of acceptors in high-quality silicon has been studied intensely by different experimental techniques for several decades…”
Get full text

Electron-electron interactions in antidot-based Aharonov-Bohm interferometers by Ihnatsenka, S., Zozoulenko, I. V., Kirczenow, G.

“…We present a microscopic picture of quantum transport in quantum antidots in the quantum Hall regime taking electron interactions into account. We discuss the…”
Get full text

Nonlinear conductance quantization in graphene ribbons by Ihnatsenka, S., Kirczenow, G.

Get full text

Understanding Tunneling Experiments on Metallic Nanoparticles: Single-Particle versus Many-Body Phenomena by Narvaez, G.A., Kirczenow, G.

“…We present tight‐binding calculations of the electronic states of nanoscopic aluminum particles coated with aluminum oxide. We find that the single‐electron…”
Get full text

Kinetics of stage ordering and stage transitions by KIRCZENOW, G

“…A model of intercalation is presented which can be used for sophisticated three-dimensional computer simulations of staging kinetics. A realistic microscopic…”
Get full text

Ballistic transport in a disordered environment : why is conductance quantization observable ? by MASLOV, D. L, BARNES, C, KIRCZENOW, G

Get full text

Artificial impurities in quantum wires: From classical to quantum behavior by Kirczenow, G, Sachrajda, AS, Feng, Y, Taylor, RP, Henning, L, Wang, J, Zawadzki, P, Coleridge, PT

Get full text

Stage order, disorder, and phase transitions in intercalation compounds by KIRCZENOW, G

Get full text

Quantum railroads : introducing directionality to Anderson localization by BARNES, C, JOHNSON, B. L, KIRCZENOW, G

Get full text

The smallest molecular switch by Emberly, Eldon G, Kirczenow, George

“…Ab initio total energy calculations reveal benzene-dithiolate molecules on a gold surface, contacted by a monatomic gold STM tip to have two classes of…”
Get full text

Quantized Thermal Conductance of Dielectric Quantum Wires by Rego, Luis G. C., Kirczenow, George

Get full text

Interference Phenomena in the Theory of Daumas-Hérold Domain Walls by Kirczenow, G.

Get full text

Model for the optical excitations of molecules: Interactions and electron-pairing effects by Johnson, BL, Kirczenow, G

Get full text

Inverse magnetoresistance of molecular junctions by DALGLEISH, Hugh, KIRCZENOW, George

Get full text

Molecular spintronics: spin-dependent electron transport in molecular wires by Emberly, Eldon G., Kirczenow, George

“…We present a theoretical study of spin-dependent transport through molecular wires bridging ferromagnetic metal nanocontacts. We extend to magnetic systems a…”
Get full text

Role of Surface Structure in the Phase Separation of the Binary Electron-Hole Liquid by Kirczenow, G.

Get full text