… Transport measurements on double quantum dots (DQDs) more than two decades ago [13]
already revealed interactions between electrons on neighboring sites. In more recent work, …

… we study quantum tunnelling transport across a few-electron bilayer graphene quantum dot.
… contribute to transport is determined by spin and valley selection rules. For example, the K+ …

… transport through discrete energy levels of quantum dots in a single layer MoS 2 isolated
from its environment using a dual gate geometry. The quantum dot … and the first excited state …

… transport of the hybrid junction. We explore the evolution of low-energy Andreev bound states
in a few-electron quantum dot (… of exquisite detailed conductance spectra with a small bias …

… whereby carrier transport through quantum dots (QD) is blocked due to selection rules even
… of freedom, such as the valley quantum numbers in carbon-based materials or silicon. Here …

… This is used in for example in systems where there are strong correlations between a few
electron and photon states, and one needs to keep track of the correlations between those. …

… skipping-type dissipationless edge transport in two-dimensional (… This shift broke the selection
rule ΔN = 0 for an optical … The increase of L z in a few-electron 2D WMs versus B occurred …

… quantum dot, visible via Franck-Condon conductance sidebands in transport spectroscopy.
We … confinement of the quantum dot, we consider it likely that the quantum dot is smaller than …

… quantum dots with significant spin-orbit coupling. Here, we show that spin-orbit-coupled
double quantum dots … of the double dot, ie, features in transport, spectroscopy, and coherence …

… To simulate the dynamics in a pair of interacting quantum dots, we build upon the knowledge
of the pseudo-CIS wave functions and construct a Frenkel exciton model. (62−64) In the …