Add to ORKGThe physical properties of asymmetric nuclear matter are studied in the Extended Nambou-Jona-Lasinio (ENJL) model formulated directly in the nucleon degrees of freedom. It results that the density dependence of the nuclear symmetry energy and its related quantities are basically in good agreement with data of recent analyses
The tensor self energy is computed at one loop order in a model in which a vector and tensor interac...
Using statistical-field techniques, we develop a molecular-based dipolar self-consistent-field theor...
The newly proposed finite symmetry Sigma(81) is applied to the problem of neutrino tribimaximal mixi...
Within the Cornwall - Jackiw - Tomboulis (CJT) approach a general formalism is established for the s...
The ATLAS experiment sensitivity, with an expected luminosity of 1 fb^-1, to the study of the top qu...
The graviton self-energy at finite temperature depends on fourteen structure functions. We show that...
We study whether the broad peak X(1576) observed by BES Collaboration arises from the final state in...
The neutron star parameters in the RMF model extended by the inclusion of delta meson and additional...
The Parametrized Post-Newtonian expansion of gravitational theories with a scalar field coupled to t...
We consider possibilities of observing CP-violation effects in neutrino oscillation experiments with...
In this paper we study the quantum entanglement of two identical qubits which interact with external...
We study a model describing relaxation dynamics of point vortices, from quasi-stationary state to th...
AbstractIt is argued that a precise measurement of the transverse component of the muon spin in the ...
In our previous paper, we constructed bounds on the effective bulk modulus of isotropic multicompone...
We take another look at the rare kaon decay into three photons. Specifically, after imposing the req...
The tensor self energy is computed at one loop order in a model in which a vector and tensor interac...
Using statistical-field techniques, we develop a molecular-based dipolar self-consistent-field theor...
The newly proposed finite symmetry Sigma(81) is applied to the problem of neutrino tribimaximal mixi...
Within the Cornwall - Jackiw - Tomboulis (CJT) approach a general formalism is established for the s...
The ATLAS experiment sensitivity, with an expected luminosity of 1 fb^-1, to the study of the top qu...
The graviton self-energy at finite temperature depends on fourteen structure functions. We show that...
We study whether the broad peak X(1576) observed by BES Collaboration arises from the final state in...
The neutron star parameters in the RMF model extended by the inclusion of delta meson and additional...
The Parametrized Post-Newtonian expansion of gravitational theories with a scalar field coupled to t...
We consider possibilities of observing CP-violation effects in neutrino oscillation experiments with...
In this paper we study the quantum entanglement of two identical qubits which interact with external...
We study a model describing relaxation dynamics of point vortices, from quasi-stationary state to th...
AbstractIt is argued that a precise measurement of the transverse component of the muon spin in the ...
In our previous paper, we constructed bounds on the effective bulk modulus of isotropic multicompone...
We take another look at the rare kaon decay into three photons. Specifically, after imposing the req...
The tensor self energy is computed at one loop order in a model in which a vector and tensor interac...
Using statistical-field techniques, we develop a molecular-based dipolar self-consistent-field theor...
The newly proposed finite symmetry Sigma(81) is applied to the problem of neutrino tribimaximal mixi...