Selected Topics in the Theory of 1D Quantum Wires
arXiv:cond-mat/9407103 · doi:10.1051/anphys:01994001904041100
Abstract
Lecture given at the Landau Institute Seminar, Col de Port, March 1994, intended for a qualitative discussion of recent theoretical results in the physics of 1D quantum wires. The consideration is mainly focused on observable quantities, such as conductance, persistent current, and X-Ray response functions, which are discussed in simple terms.
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References in corpus (6)
- Wigner Crystal in One Dimension
- Tunneling in One-Dimensional non-Luttinger Electron Liquid
- A Simple Formula for the Persistent Current in Disordered 1D Rings: Parity and Interaction Effects
- Fermi Edge Singularities and Backscattering in a Weakly Interacting 1D Electron Gas
- The mobility and diffusion of a particle coupled to a Luttinger liquid
- Persistent Current of a One-Dimensional Wigner Crystal-Ring