7 papers
Theory of the dc Magnetotransport in Laterally Modulated Quantum Hall Systems Near Filling
Natalya A. Zimbovskaya, Godfrey Gumbs, Joseph L. Birman
A quasiclassical theory for dc magnetotransport in a modulated quantum Hall system near filling factor is presented. A weak one-dimensional electrostatic potential acts o…
Geometric Resonance in Modulated Quantum Hall Systems Near
Nataliya A. Zimbovskaya, Joseph L. Birman
We propose a theory for the new effects recently observed by Willett et al [1] in the magnetoresistance of a weakly modulated two dimensional electron gas near filling factor 1/2.…
Theory of Magneto--Acoustic Transport in Modulated Quantum Hall Systems Near
Nataliya A. Zimbovskaya, Joseph L. Birman
Motivated by the experimental results of Willett et al [Phys.Rev. Lett., {\bf 78}, 4478 (1997)] we develop a magneto-transport theory for the response of a two dimensional electron…
Quantum Dot Lattice Embedded in An Organic Medium: Hybrid Exciton State and Optical Response
Nguyen Que Huong, Joseph L. Birman
We propose a new model to implement organic exciton-semiconductor exciton hybridization by embedding a semiconductor quantum dot array into an organic medium. A Wannier-Mott transf…
Deformed Fermi Surface Theory of Magneto-Acoustic Anomaly in Modulated Quantum Hall Systems Near Hall Systems Near
Nataliya A. Zimbovskaya, Joseph L. Birman
We introduce a new generic model of a deformed Composite Fermion-Fermi Surface (CF-FS) for the Fractional Quantum Hall Effect near in the presence of a periodic density mod…
Dynamical Kohn Anomaly in Surface Acoustic Wave Response in Quantum Hall Systems Near
Nataliya A. Zimbovskaya, Joseph L. Birman
The dynamical analog of the Kohn Anomaly image of the Fermi Surface is demonstrated for the response functions to the surface acoustic waves in Quantum Hall Systems near .…