We determine the bounday of the fully polarized ferromagnetic states in, the one dimensional Kondo lattice model at partial conduction electron band filling by using a newly developed infinite size DMRG method which conserves the total spin quantum numbers. The obtained paramagnetic to ferromagnetic phase bounday is bellow J approximate to 3.5 for the whole range of band filling. By this we solve the controversy in the phase diagram over the extent of the ferromagnetic region close to half filling
Kondo insulators are emerging as a simplified setting to study both magnetic and insulator-to-metal ...
We investigate the ground-state properties of a recently proposed model for a topological Kondo insu...
We present theoretical results for a Kondo-lattice model with spin-1/2 localized moments, including ...
We present a series of rigorous examples of the Kondo lattice model that exhibit full ferromagnetism...
We present a series of rigorous examples of the Kondo lattice model that exhibit full ferromagnetism...
We establish a mapping of a general spin-fermion system in one dimension into a classical generalize...
Using a non-Abelian density matrix renormalization group method we determine the phase diagram of th...
The infinite-size version of the density-matrix renormalization-group approach in real space is appl...
We establish the phase diagram of the one-dimensional anisotropic Kondo lattice model at T = 0 using...
The Kondo lattice model is one of the canonical models used to study impurity elFecls in strongly co...
The infinite-size version of the density-matrix renormalization-group approach in real space is appl...
We present the ground state phase diagram of the two-leg Kondo ladder obtained through the density-m...
Using a non-Abelian density matrix renormalization group method we determine the phase diagram of th...
Using a canonical transformation it is possible to faithfully represent the Kondo lattice model in t...
The one-dimensional dilute Kondo lattice model is investigated by means of bosonization for differen...
Kondo insulators are emerging as a simplified setting to study both magnetic and insulator-to-metal ...
We investigate the ground-state properties of a recently proposed model for a topological Kondo insu...
We present theoretical results for a Kondo-lattice model with spin-1/2 localized moments, including ...
We present a series of rigorous examples of the Kondo lattice model that exhibit full ferromagnetism...
We present a series of rigorous examples of the Kondo lattice model that exhibit full ferromagnetism...
We establish a mapping of a general spin-fermion system in one dimension into a classical generalize...
Using a non-Abelian density matrix renormalization group method we determine the phase diagram of th...
The infinite-size version of the density-matrix renormalization-group approach in real space is appl...
We establish the phase diagram of the one-dimensional anisotropic Kondo lattice model at T = 0 using...
The Kondo lattice model is one of the canonical models used to study impurity elFecls in strongly co...
The infinite-size version of the density-matrix renormalization-group approach in real space is appl...
We present the ground state phase diagram of the two-leg Kondo ladder obtained through the density-m...
Using a non-Abelian density matrix renormalization group method we determine the phase diagram of th...
Using a canonical transformation it is possible to faithfully represent the Kondo lattice model in t...
The one-dimensional dilute Kondo lattice model is investigated by means of bosonization for differen...
Kondo insulators are emerging as a simplified setting to study both magnetic and insulator-to-metal ...
We investigate the ground-state properties of a recently proposed model for a topological Kondo insu...
We present theoretical results for a Kondo-lattice model with spin-1/2 localized moments, including ...