Configurational entropy of glueball states
Copyright policy )Configurational entropy of glueball states
L'entropie conditionnelle des états de boule de colle est calculée à l'aide d'une description holographique. Les états de Glueball sont représentés par une image double de supergravité, consistant en une action de graviton-dilatation à 5 dimensions d'un modèle dynamique holographique AdS/QCD. L'entropie conditionnelle est étudiée en fonction de la rotation de la boule de colle et de la masse, fournissant des informations sur la stabilité des états de la boule de colle.
La entropía condicional de los estados glueball se calcula mediante una descripción holográfica. Los estados de Glueball están representados por una imagen dual de supergravedad, que consiste en una acción de gravitón-dilatón de 5 dimensiones de un modelo AdS/QCD holográfico dinámico. La entropía condicional se estudia en función del espín glueball y de la masa, proporcionando información sobre la estabilidad de los estados glueball.
The conditional entropy of glueball states is calculated using a holographic description. Glueball states are represented by a supergravity dual picture, consisting of a 5-dimensional graviton-dilaton action of a dynamical holographic AdS/QCD model. The conditional entropy is studied as a function of the glueball spin and of the mass, providing information about the stability of the glueball states.
يتم حساب الإنتروبيا الشرطية لحالات كرة الغراء باستخدام وصف ثلاثي الأبعاد. يتم تمثيل حالات كرة الغراء من خلال صورة مزدوجة للجاذبية الفائقة، تتكون من تأثير الجاذبية الخماسية الأبعاد لنموذج AdS/QCD ثلاثي الأبعاد الديناميكي. يتم دراسة الإنتروبيا الشرطية كدالة لدوران كرة الغراء والكتلة، مما يوفر معلومات حول استقرار حالات كرة الغراء.
- UNIVERSIDADE DE SAO PAULO Brazil
- Federal University of Rio de Janeiro Brazil
- Federal University of São Carlos Brazil
- Universidade Federal do ABC Brazil
Nuclear and High Energy Physics, QC1-999, Supergravity, Quantum mechanics, Conformal Symmetry, Dilaton, Entropy (arrow of time), Cosmological Parameters and Dark Energy, Quantum electrodynamics, Physics, Hadron Physics and QCD, Particle physics, Astronomy and Astrophysics, Holographic Derivation of Field Theories and Gravity, Strong interaction, including quantum chromodynamics, Graviton, Physics and Astronomy, Glueball, Mathematical physics, Quantum information, communication, networks (quantum-theoretic aspects), Physical Sciences, Supersymmetry, Theoretical physics, Quantum chromodynamics, Gravitation
Nuclear and High Energy Physics, QC1-999, Supergravity, Quantum mechanics, Conformal Symmetry, Dilaton, Entropy (arrow of time), Cosmological Parameters and Dark Energy, Quantum electrodynamics, Physics, Hadron Physics and QCD, Particle physics, Astronomy and Astrophysics, Holographic Derivation of Field Theories and Gravity, Strong interaction, including quantum chromodynamics, Graviton, Physics and Astronomy, Glueball, Mathematical physics, Quantum information, communication, networks (quantum-theoretic aspects), Physical Sciences, Supersymmetry, Theoretical physics, Quantum chromodynamics, Gravitation
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