Titlebook: Advances in Solid State Physics; Bernhard Kramer Book 2004 Springer-Verlag Berlin Heidelberg 2004 Condensed Matter.Quantum Dots, Wires and

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reperfusion

Quantum Dots: Building Blocks of Quantum Devices?,plying an electric field along the molecule axis we demonstrate that the molecule coupling can be controlled, which is a prerequisite for an entanglement creating interaction of controllable strength between quantum bits. However, four-wave mixing studies show a strong shortening of the exciton deph

obsession

The Structure and Dispersion of a Sharp Quantum Hall Edge Probed by Momentum-Resolved Tunneling, feature the persistent conductance previously reported for a double quantum Hall edge tunnel geometry, and we explain this as a consequence of using a probe contact with a non-fluctuating Fermi energy. Furthermore with the measured dispersion relation reflecting the potential distribution at the ed

condescend

Spectroscopic Signatures of Spin-Charge Separation in a Quasi-One-Dimensional Organic Conductor, strong spectroscopic evidence for the occurrence of spin-charge separation in the finite energy physics of TTF-TCNQ.Deviations of the Hubbard model description for the . spectral behavior is attributed to the neglect of interchain coupling, long-range Coulomb interaction and/or electron-phonon coup

Abnormal

abstemious

Joseph J. Capowski,Ellen M. Johnsonplying an electric field along the molecule axis we demonstrate that the molecule coupling can be controlled, which is a prerequisite for an entanglement creating interaction of controllable strength between quantum bits. However, four-wave mixing studies show a strong shortening of the exciton deph

不適

Walter R. Nelson,Theodore M. Jenkins feature the persistent conductance previously reported for a double quantum Hall edge tunnel geometry, and we explain this as a consequence of using a probe contact with a non-fluctuating Fermi energy. Furthermore with the measured dispersion relation reflecting the potential distribution at the ed

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