Most quantum entanglement investigations are focused on two qubits or some finite (small)
chain structure, since the infinite chain structure is a considerably cumbersome task …

Quantum entanglement is one of the most fascinating types of correlation that can be shared
only among quantum systems. The Heisenberg chain is one of the simplest quantum chains …

In the last two decades, magnetic, thermodynamic properties and bipartite thermal
entanglement in diamond spin clusters and chains have been studied. Such spin structures …

The q-state Potts model on a diamond chain has mathematical significance in analyzing
phase transitions and critical behaviors in diverse fields, including statistical physics …

One-dimensional systems with short-range interactions cannot exhibit a long-range order at
nonzero temperature. However, there are some particular one-dimensional models, such as …

Zero temperature non-plateau magnetization is a peculiar property of a quantum spin chain
and it sometimes appears due to different gyromagnetic factors. In this study, we illustrate a …

We consider the extended Hubbard diamond chain with an arbitrary number of particles
driven by chemical potential. The interaction between dimer diamond chain and nodal …

We study a spin-1/2 model with triangular XXZ clusters on the orthogonal-dimer chain in the
presence of an external magnetic field. First, we discuss the case where the triangular …

We demonstrate the unique capabilities of the Wigner function, particularly in its positive and
negative parts, for exploring the phase diagram of the spin-(1 2-1 2) and spin-(1 2-1) Ising …

We study the geometrical frustration of an extended Hubbard model on a diamond chain,
where vertical lines correspond to the hop** and repulsive Coulomb interaction terms …