The planar assembly of twisted bilayer graphene (tBLG) hosts multitude of interaction-driven
phases when the relative rotation is close to the magic angle (θ m= 1.1∘). This includes …

A strange-metal state appears in many strongly correlated materials, so understanding its
nature is a crucial problem in condensed matter physics. This knowledge could provide …

High-T c cuprate strange metals are characterized by a DC resistivity that scales linearly with
T from the onset of superconductivity to the crystal melting temperature, characterized by a …

We present electrical and thermal transport measurements in single crystals of the metallic
oxide RuO 2. The resistivity and Seebeck coefficient measured up to 970 K confirm the …

We numerically study a model of interacting spin-1/2 electrons with random exchange
coupling on a fully connected lattice. This model hosts a quantum critical point separating …

We obtain the Seebeck coefficient or thermopower S, which determines the conversion
efficiency from thermal to electrical energy, for the two-dimensional Hubbard model on …

We investigate a model of electrons with random and all-to-all hopping and spin exchange
interactions, with a constraint of no double occupancy. The model is studied in a Sachdev …

Intuitive entropic interpretations of the thermoelectric effect in metals predict an isotropic
Seebeck coefficient at high temperatures in the incoherent regime even in anisotropic …

In this review, we consider the impact of magnetic field on the properties of strongly
correlated heavy-fermion compounds such as heavy-fermion metals and frustrated …

Materials tuned to a quantum critical point display universal scaling properties as a function
of temperature T and frequency ω. A long-standing puzzle regarding cuprate …