Quantum phase transitions are studied in the nonchiral p-clock chain, and a new explicitly U
(1)-symmetric clock model, by monitoring the ground-state fidelity susceptibility. For p≥ 5 …

Abstract The celebrated Jordan–Wigner transformation provides an efficient mapping
between spin chains and fermionic systems in one dimension. Here we extend this spin …

Equations are derived for the time evolution of time-dependent vibrational coupled cluster
(TDVCC) wave functions covering both the TDVCC ket state and the associated so-called Λ …

Numerous experimental data point to cuprates as dd charge transfer unstable systems
whose description implies the inclusion of the three many-electron valence states CuO 4 7 …

The interplay of disorder and interactions is a challenging topic of condensed matter
physics, where correlations are crucial and exotic phases develop. In one spatial dimension …

Fermionic linear optics corresponds to the dynamics of free fermions and is known to be
efficiently simulable classically. We define fermionic anyon models by deforming the …

Symmetries play a conspicuous role in the large-scale behavior of critical systems. In
equilibrium they allow us to classify asymptotics into different universality classes, and out of …

The subject of bianyon interference with ultracold atoms is introduced through theoretical
investigations pertaining to the second-order momentum correlation maps of two anyons …

One of the most challenging and interesting phenomena in modern condensed matter
physics is the one emerging from competing interactions in strongly correlated systems. The …