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Localization-induced Griffiths phase of disordered Anderson lattices
(American Physical SocCollege PkEUA, 2001)
Phase transition of the nucleon-antinucleon plasma at different ratios
(Amer Physical SocCollege PkEUA, 2008)
Quantum Ripples in Strongly Correlated Metals
(Amer Physical SocCollege PkEUA, 2010)
Thermodynamic properties of the periodic Anderson model: X-boson treatment
(American Physical SocCollege PkEUA, 2003)
Electronic Griffiths Phase of the d=2 Mott Transition
(Amer Physical SocCollege PkEUA, 2009)
Decoupling of quark condensate from the effective nucleon mass at high density (ϱ) and temperature (T)
(1995-11-16)
It is found that the quark condensate 〈qq〉, instead of decreasing at high ρ{variant}, as commonly expected, starts to increase after a certain density (∼ 1.5ρ{variant}0 - in standard relativistic nuclear matter models. ...
Dipole rescattering and the nuclear structure function
(Amer Inst Physics, 2013-01-01)
In the framework of the dipole model, we study the effects of the dipole multiple scatterings in a nuclear target and compute the nuclear structure function. We compare different unitarization schemes and confront our ...
Rényi mutual information inequalities from Rindler positivity
(Springer, 2019-12)
Rindler positivity is a property that holds in any relativistic Quantum Field Theory and implies an infinite set of inequalities involving the exponential of the Rényi mutual information In (Ai,A¯ j) between Ai and A¯ j, ...
Renyi mutual information inequalities from Rindler positivity
(Springer, 2019-12-10)
Rindler positivity is a property that holds in any relativistic Quantum Field Theory and implies an infinite set of inequalities involving the exponential of the Rényi mutual information In (Ai,A¯ j) between Ai and A¯ j, ...