Proximity effects induced in the two-dimensional Dirac material graphene potentially open
access to novel and intriguing physical phenomena. Thus far, the coupling between …

The magnetotransport behavior inside the nematic phase of bulk FeSe reveals unusual
multiband effects that cannot be reconciled with a simple two-band approximation proposed …

Understanding the nematic phase observed in the iron-chalcogenide materials is crucial for
describing their superconducting pairing. Experiments on FeSe 1− x S x showed that one of …

The large in-plane anisotropy of the resistivity is a hallmark of the nematic state of the iron
pnictides. Solving the Boltzmann transport equation, we show that the prominent doping …

Multiband models with hot spots are of current interest partly because of their relevance for
the iron-based superconductors. In these materials, the momentum-dependent scattering off …

The in-plane anisotropy of resistivity has been investigated for Ba (Fe1− x TM x) 2As2 (TM-
Ba122, TM= Cr, Mn, and Co) where the substitution sites are the same but the doped …

Carrier scattering, originating from deviations from ideal lattice periodicity, acts as a damping
process for carrier motion. Both elastic and inelastic scattering involve a large variety of …

Multiple-band electronic structure and proximity to antiferromagnetic (AF) instability are the
key properties of iron-based superconductors. We explore the influence of scattering by the …

For an isotropic single-band system, it is well known that the semiclassical Boltzmann
transport theory within the relaxation time approximation and the Kubo formula with the …

Non-Fermi-liquid (NFL) phenomena associated with correlation effects have been widely
observed in the phase diagrams of unconventional superconducting families. Exploration of …