Abstract Pyrochlore iridate (Eu 2 Ir 2 O 7) shows an interesting metallic phase, termed as
incoherent metal, above the metal–insulator transition temperature, with high resistivity and …

We employ a recently developed computational many-body technique to study for the first
time the half-filled Anderson-Hubbard model at finite temperature and arbitrary correlation U …

We report the first theoretical investigation of the spectroscopic, electrical and optical
transport signatures of d-wave Pauli limited superconductors, based on a non perturbative …

We report a quantum phase transition in Pauli limited d-wave superconductors and give the
mean field estimates of the associated quantum critical point. For a population imbalanced d …

Using the determinant quantum Monte Carlo method, we study the magnetic susceptibility in
the parameter space of the on-site interaction U, temperature T, electron filling〈 n〉, and the …

Frustrated Mott insulators such as transition metal dichalcogenides present an ideal platform
for the experimental realization of externally tuned insulator-metal transition. In this paper …

Taking cue from the recent experimental realization of metallic phases in Kagome materials
we report the low temperature signatures and thermal scales of Kagome metals and …

The checkerboard lattice, with alternating'crossed'plaquettes, serves as the two dimensional
analog of the pyrochlore lattice. The corner sharing plaquette structure leads to a hugely …

We develop a real-space theory of the voltage bias driven transition from a Mott insulator to
a correlated metal. Within our Keldysh mean-field approach the problem reduces to a self …

The two orbital Hubbard model, with the electrons additionally coupled to a complex
magnetic background, arises in the pyrochlore molybdates. The background involves local …