Unconventional Metallic State in Two Dimensional System With Broken Inversion Symmetry
V. M. Pudalov
Abstract
We present a model that explains two phenomena, recently observed in high-mobility Si-MOS structures: (i) the strong enhancement of metallic conduction at low temperatures, T<2 K, and (ii) the occurrence of the metal-insulator transition in 2D electron system. Both effects are prescribed to the Coulomb and spin-orbit interaction; the latter is anomalously enhanced by the broken inversion symmetry of the confining potential well.
Create a lesson
Related papers
Scalable Quantum Monte Carlo for Shannon-Rényi Entropy: An Experiment-visitable Probe of Quantum Phases and Criticality
Dong-Xu Liu, Zhe Wang, Zenan Liu Yi-Ming Ding et al.
Thermally Enhanced Pseudo-Goldstone Spin Gap in the Isotropic Helimagnet ZnCr2Se4
N. D. Andriushin, A. Sanders, J. Reuther et al.
Field-driven phase transition crossover in kagome antiferromagnet Mn3-xCoxSn
Shubhankar Paul, Chanchal Sow
Electronic Structure of a Delafossite Oxide CuAlO2 in Comparison with CuCrO2
Kenta Takahashi, Ryo Kato, Mario Okawa et al.
Magpie: A Graphical Magnon Software
Tobias Weber
Variational Minimization of Almost Strong Zero Modes in Parafermionic Wires
Niklas Tausendpfund, Matteo Rizzi