SOLITON OF SELF-CONSISTENT SYSTEM OF NONLINEAR SPINOR AND GRAVITATIONAL FIELDS WITH THE ARBI- TRARY FUNCTION DEPENDING ON THE BILINEAR PAULI- FIERZ INVARIANT IS = S2 IN GENERAL RELATIVITY
Journal: International Journal of Advanced Research (Vol.11, No. 01)Publication Date: 2023-01-18
Authors : Miton Abel Konnon Adebayo Louis Essoun Marius S. B. Koube Jonas Edou A. Adomou; Siaka Massou;
Page : 157-173
Keywords : Lagrangian Spherical Symmetric Metric Soliton-Like Solution Flat Space-Time Numerical Solutions;
Abstract
A self-consistent system of nonlinear spinor and gravitational fields, modeled by static spherical symmetric metric, is considered and studied. Exact spherical symmetric solutions of nonlinear spinor field equations in the Gravitational Theory are obtained. The nonlinearity in the spinor lagrangian is given by an arbitrary function which depends on the invariant generated from the Fierz-Pauli bilinear spinor form IS = S2. It is shown that a soliton-like configuration has a localized energy density and a finite total energy. In addition, The total charge and total spin are also finite. Let us emphasize that the effect of gravitational field on the properties of regular localized solutions significantly depends on the symmetry of the system. The nonlin- ear terms, the gravitational field of elementary particles and the geometrical properties of the metric of the space-time play an important role in the obtaining of analytical solutions having the soliton-like configuration. Let us emphasize that the numerical solutions of the solutions obtained here are presented in graphical form.
Other Latest Articles
- A CASE STUDY ON AYURVEDIC MANAGEMENT OF CEREBRAL PALSY
- STUDY OF CLINICAL PROFILE OF PATIENT WITH ACUTE KIDNEY DISEASE
- VALORIZING DEGRADED LANDS USING INNOVATIVE BIOFERTILISERSFOR TOMATO CROPPING: RESPONSE TO BOKASHI, EFFICIENT MICROORGANISMS AND COMPOST IN THE SUDANESE ZONE OF BURKINA FASO (BOBO-DIOULASSO)
- THE PARADIGM OF KNOWLEDGE, KNOW-HOW, SOCIAL INTELLIGENCE FOR WORK ACHIEVEMENT
- IN VIVO PATHOGENICITYTEST OF AEROMONAS HYROPHILA ON FROGHOPLOBATRACHUS OCCIPITALIS UNDER EXPERIMENTAL CONDITIONS
Last modified: 2023-01-28 20:15:35