We review recent experimental results on the metal–insulator transition and low-density
phases in strongly-interacting, low-disordered silicon-based two-dimensional electron …

In this paper we critically discuss several examples of two-dimensional electronic systems
displaying interaction-driven metal-insulator transitions of the Mott (or Wigner–Mott) type …

The quantum phase transition observed experimentally in two-dimensional (2D) electron
systems has been a subject of theoretical and experimental studies for almost 30 years. We …

Using the determinant quantum Monte Carlo method, we investigate the metal-insulator
transition in the interacting disordered Hubbard model of a Lieb lattice in which the system …

In this manuscript, we report a theoretical investigation of the magneto-conductivity (σ (B, T))
in the metallic side (where d σ/dt< 0) of a low densities 2D hole system in SiGe at very low …

We have developed a technique that dramatically reduces the contact resistances and
depletes a shunting channel between the contacts outside the Hall bar in ultra-high mobility …

The increase in the resistivity with decreasing temperature followed by a drop by more than
one order of magnitude is observed on the metallic side near the zero-magnetic-field metal …

Metal-insulator transitions (MITs) remain one of the unresolved science problems of
condensed-matter physics, which are rather general and of fundamental importance. In the …

In 1947 the first field-effect-transistor was invented, since then the miniaturisation of
semiconductor electronics has enabled the sustained exponential growth in the density of …