A real-space linear renormalization transformation is proposed for studying the critical properties of the two-dimensional spin- XY model on the triangular lattice. The results of various approximations suggest a critical behavior of the same kind as that predicted by other theories and approaches for the classical case. The imposition of marginality for temperature deviations from criticality leads to an almost marginal secondary eigenoperator and to magnetic critical parameters which are not far from currently proposed values for the classical mode
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
The S = 1/2 ferromagnetic XY model on the triangular lattice is investigated by quantum Monte Carlo ...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
A real-space linear renormalization transformation is proposed for studying the critical properties ...
A real-space linear renormalization transformation is proposed for studying the critical properties ...
A new formulation of the renormalization-group in real space, suitable for quantum spin systems is p...
A new formulation of the renormalization-group in real space, suitable for quantum spin systems is p...
A quantum generalization of the Niemeijer and van Leeuwen (N-vL) renormalization group transformatio...
A quantum generalization of the Niemeijer and van Leeuwen (N-vL) renormalization group transformatio...
We study the phase diagram of the two-dimensional fully frustrated XY model (FFXY) and of two relate...
Using Monte Carlo simulations, we have investigated the classical XY model on triangular lattices of...
The spin 1/2 anisotropic Heisenberg model is studied by means of the real space re-normalization tra...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
The S = 1/2 ferromagnetic XY model on the triangular lattice is investigated by quantum Monte Carlo ...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
A real-space linear renormalization transformation is proposed for studying the critical properties ...
A real-space linear renormalization transformation is proposed for studying the critical properties ...
A new formulation of the renormalization-group in real space, suitable for quantum spin systems is p...
A new formulation of the renormalization-group in real space, suitable for quantum spin systems is p...
A quantum generalization of the Niemeijer and van Leeuwen (N-vL) renormalization group transformatio...
A quantum generalization of the Niemeijer and van Leeuwen (N-vL) renormalization group transformatio...
We study the phase diagram of the two-dimensional fully frustrated XY model (FFXY) and of two relate...
Using Monte Carlo simulations, we have investigated the classical XY model on triangular lattices of...
The spin 1/2 anisotropic Heisenberg model is studied by means of the real space re-normalization tra...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...
The S = 1/2 ferromagnetic XY model on the triangular lattice is investigated by quantum Monte Carlo ...
We perform a numerical study of the XY and Heisenberg models with the finite size real space renorma...