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TL;DR: In this paper, the authors reported on magneto-conductance oscillations due to snake states in a ballistic suspended graphene p-n junction, which occur already at a very small magnetic field of 20mT.

TL;DR: The findings indicate that transport simulations for graphene can be efficiently performed with a strongly reduced number of atomic sites, allowing for reliable predictions for electric properties of complex graphene devices.

TL;DR: In this paper, the authors present a route to spectrum reconstruction at all energies by using graphene which is aligned to two hexagonal boron nitride layers, one can make electrons scatter in the differential moire pattern which results in spectral changes at arbitrarily low energies.

TL;DR: By using graphene which is aligned to two hexagonal boron nitride layers, one can make electrons scatter in the differential moiré pattern which results in spectral changes at arbitrarily low energies, and it is demonstrated that the strength of this potential relies crucially on the atomic reconstruction of graphene within the differentialMoiré super cell.

TL;DR: Strong quantum confinement and manipulation of single electrons in devices made from few-layer crystals of InSe using electrostatic gating are demonstrated and gate-controlled quantum dots in the Coulomb blockade regime as well as one-dimensional quantization in point contacts are reported, revealing multiple plateaus.