L.S. Lima

Controlling the range of interactions in the classical inertial ferromagnetic Heisenberg model: analysis of metastable states

A numerical analysis of a one-dimensional Hamiltonian system, composed by

Spin transport in the two-dimensional quantum disordered anisotropic Heisenberg model

N

Effect of the site dilution on spin transport in the two-dimensional biquadratic Heisenberg model

classical localized Heisenberg rotators on a ring, is presented. A distance

Influence of dilution in the spin transport in the quantum anisotropic two-dimensional Heisenberg antiferromagnet

r_{ij}

Critical behavior of the site diluted quantum anisotropic Heisenberg model in two dimensions

between rotators at sites

Influence of quantum phase transition on spin transport in the quantum antiferromagnet in the honeycomb lattice

i

Spin transport of the frustrated quasi-two-dimensional XY-like antiferromagnet

and

Modeling of the financial market using the two-dimensional anisotropic Ising model

j

Effect of the phase transition to the ferroquadrupolar phase on spin transport in the biquadratic antiferromagnet of the triangular lattice

is introduced, such that the corresponding two-body interaction decays with

Entanglement in the quantum one-dimensional integer spin S Heisenberg antiferromagnet

r_{ij}