Abstract Scalable technologies to characterize the performance of quantum devices are crucial creating large networks and processing units. Chief among resources information is entanglement. Here we describe full temporal spatial characterization polarization-entangled photons produced by Spontaneous Parametric Down Conversions using an intensified high-speed optical camera, Tpx3Cam. This novel technique allows for precise determination Bell inequality parameters with minimal technical...

We solve a model of electrons with Hubbard-U Coulomb repulsion and random Yukawa coupling to two-dimensional bosonic bath, using an extended dynamical mean field theory scheme. Our exhibits quantum critical point, at which the repulsive component electron interactions strongly enhances effects fluctuations on electrons, leading breakdown Fermi liquid physics formation strange metal "Planckian" [O(kBT/ℏ)] quasiparticle decay rates low temperatures T→0. Furthermore, eventual Mott transition...

We propose and study a two-orbital lattice extension of the Sachdev-Ye-Kitaev model in large- N limit. The phase diagram this features high-temperature isotropic non-Fermi liquid which undergoes first-order thermal transition into nematic insulator or continuous metal phase, separated by tunable tricritical point. These phases arise from spontaneous partial orbital polarization multiorbital liquid. explore spectral transport properties model, including d.c. elastoresistivity, exhibits peak...

Scalable technologies to characterize the performance of quantum devices are crucial creating large networks and processing units. Chief among resources information is entanglement. Here we describe full temporal spatial characterization polarization-entangled photons produced by Spontaneous Parametric Down Conversions using an intensified high-speed optical camera, Tpx3Cam. This novel technique allows for precise determination Bell inequality parameters with minimal technical overhead, as...

Motivated by systems where a high temperature non-Fermi liquid gives way to low $\mathbb{Z}_3$ Potts nematic order, we studied three-orbital Sachdev-Ye-Kitaev (SYK) model in the large-$N$ limit. In single-site limit, this exhibits spontaneous orbital-selective transition which preserves average particle-hole symmetry, with two orbitals becoming insulators while third orbital remains down zero temperature. We extend study lattice models of SYK dots, exploring uniform symmetry broken states on...

We solve a model of electrons with Hubbard-$U$ Coulomb repulsion and random Yukawa coupling to two-dimensional bosonic bath, using an extended dynamical mean field theory scheme. Our exhibits quantum critical point, at which the repulsive component electron interactions strongly enhances effects fluctuations on electrons, leading breakdown Fermi liquid physics formation strange metal `Planckian' ($\mathcal{O}(k_B T/\hbar)$) quasiparticle decay rates low temperatures $T\rightarrow 0$....

Magnetic skyrmion crystals with zero net charge and topological Hall response are interesting candidate phases which can occur at a vanishing magnetic field in centrosymmetric systems. We study minimal bilayer model of having opposite chirality the two layers, show that it host nearly flat electronic bands quasi-uniform Berry curvature quantum metric. Using Hartree-Fock theory, we weak to moderate short-range electron interactions induce distinct types symmetry breaking patterns depending on...

Electronic liquid crystals are ubiquitous in strongly correlated matter, and often seen multiorbital materials exhibiting non-Fermi-liquid transport. The authors propose here analyze a three-orbital Sachdev-Ye-Kitaev model that hosts uniform solution corresponding to \ensuremath{\mathbb{Z}}${}_{3}$ Potts nematic. In the atomic limit, this displays an orbital-selective non-Fermi down $T$=0. On triangular cubic lattice, evolves into nematic with highly anisotropic transport, reminiscent of...

We study a class of multiorbital models based on those proposed by Venderbos et al. [Phys. Rev. B 98, 235160 (2018)] which exhibit an interplay topology, interactions, and fermion incoherence. In the noninteracting limit, these trivial Chern insulator phases with number $C\ensuremath{\ge}1$ bands as determined relative angular momentum participating orbitals. These quantum anomalous Hall are separated topological transitions protected crystalline rotation symmetry, featuring Dirac or...

We propose and study a two-orbital lattice extension of the Sachdev-Ye-Kitaev model in large-$N$ limit. The phase diagram this features high temperature isotropic strange metal which undergoes first-order thermal transition into nematic insulator or continuous phase, separated by tunable tricritical point. These phases arise from spontaneous partial orbital polarization multiorbital non-Fermi liquid. explore spectral transport properties model, including d.c. elastoresistivity, exhibits peak...