 Home
 Browsing by Author
Browsing by Author "nfarahat"
Now showing items 120 of 29

A RELATIVISTIC CLASSICAL SPINNINGPARTICLE AS SINGULAR LAGRANGIAN OF SECOND ORDER
Farahat, Nasser I.; Nassar, Zaher (الجامعة الإسلامية  غزة, 2005)A RELATIVISTIC CLASSICAL SPINNINGPARTICLE AS SINGULAR LAGRANGIAN OF SECOND ORDER 
A Treatment of a HigherOrder Singular Lagrangian as Fields System
Farahat, Naser I.; Heles, MR (The Scientific and Technological Research Council of Turkey, 2006)The higherorder singular Lagrangian system is treated as field system. EulerLagrange equations are solved with some constraints. An example is studied and a comparison with Hamiltonian formulation is done. 
A TREATMENT OF A SINGULAR SYSTEM OF RELATIVEISTIC CHARGED PARTICLE IN AN EXTERNAL ELECTROMAGNETIC FIELD AS CONTINUOUS SYSTEM
Farahat, Nasser I.; Ramadn, Khalid (الجامعة الإسلامية  غزة, 2003)A TREATMENT OF A SINGULAR SYSTEM OF RELATIVEISTIC CHARGED PARTICLE IN AN EXTERNAL ELECTROMAGNETIC FIELD AS CONTINUOUS SYSTEM 
A TREATMENT OF SECONDORDER SINGULAR LAGRANGIANS AS CONTINUOUS SYSTEMS
Farahat, Naser I.; Ramadan, KH A (HADRONIC PRESS, INC., 2002) 
A TREATMENT OF THE INTERACTION BETWEEN A CHARGED PARTICLE AND ELECTROMAGNETIC FIELD AS CONTINUOUS SYSTEM
Farahat, Naser I.; Srour, Moeen K. (HADRONIC PRESS, INC., 2007) 
HamiltionJacbi Formulation of the Scalar Coupled to Two Floavours of Fermions Through Yukawa Couplings
Farahat, Nasser I.; Eshraim, Walaa I. (الجامعة الإسلامية  غزة, 2007)HamiltionJacbi Formulation of the Scalar Coupled to Two Floavours of Fermions Through Yukawa Couplings 
HAMILTONJACKOBI APPROACH TO THE RELATIVISTIC LOCAL FREE FIELD WITH LINEAR VELOCITY OF DIMENSION D
Eshraim, Walaa I.; Farahat, Naser I. (2006) 
HamiltonJacobi Formulation of A NonAbelian YangMills Theories
Eshraim, Walaa I.; Farahat, Naser I. (2008)A nonAbelian theory of fermions interacting with gauge bosons is treated as a constrained system using the HamiltonJacobi approach. The equations of motion are obtained as total differential equations in many variables. ... 
HAMILTONJACOBI FORMULATION OF EINSTEIN GRAVITATIONAL FIELD
Farahat, Naser I.; Khalil, HM; Srour, Moeen K. (2006) 
HamiltonJacobi Formulation of GreenSchwarz Superstring
Elegla, Hanaa A; Farahat, Naser I. (Springer US, 2010)The canonical formalism for fermion string ‘superstring’ theory is constructed by following the HamiltonJacobi prescription. The Hamiltonian mechanics of the GreenSchwarz superstring are discussed. The complete set of ... 
HamiltonJacobi Formulation of Siegel Superparticle
Farahat, Naser I.; Elegla, Hanaa A (The Scientific and Technological Research Council of Turkey, 2007)The HamiltonJacobi formalism of constrained systems is used to study Siegel superparticles moving in R^{4 mid 4} flat superspace. The equations of motion for a singular system are obtained as total differential equations ... 
HamiltonJacobi Formulation of Supermembrane
Srour, Moeen K.; Alwer, M; Farahat, Naser I. (2015)The HamiltonJacobi formalism of constrained systems is applied to Supermembrane system. The equations of motion for a singular system are obtained as total differential equations in many variables. These equations of ... 
HamiltonJacobi quantization of constrained systems with secondorder Lagrangians: Splines in the Euclidean 3space
Muslih, Sami I.; Farahat, Naser I.; Heles, MR (2004)We investigate the path integral quantization of finitedimensional constrained systems with secondorder Lagrangians using the HamiltonJacobi method. The path integral quantization for splines model is obtained using the ... 
HamiltonJacobi Quantization Of Continuous Systems With HigherOrder Lagrangian Density
Shihada, Ola M.; Muslih, Sami I.; Farahat, Naser I. (2006)Continuous systems with higherorder Lagrangian density are treated as first order Lagrangian density by using HamiltonJacobi method. An example is studied in details. 
HamiltonJacobi treatment of Lagrangian with fermionic and scalar field
Eshraim, Walaa I.; Farahat, Naser I. (EDITURA ACAD ROMANE, 2008)The HamiltonJacobi formalism is applied to singular Lagrangian containing variables which are elements of a fermionic and a scalar field. The equations of motion are obtained as total differential equations in many ... 
Hamiltonian quantization of higher order effective lagrangian with massive vector fields
Farahat, Nasser I.; Shihada, Ola M.; Muslih, Sami I. (الجامعة الإسلامية  غزة, 2007)HamiltonJacobi approach for higherorder lagrangian density is discussed. The quantization of YangMills theory with interaction term is obtained by this procedure after we converted it to the first order one. 
INTEGRATION OF HIGHERORDER SINGULAR SYSTEM
Farahat, Naser I. (Hadronic Press, 2002)The integrability conditions of canonical equations of singular system of higherorder are determined in terms of Hamiltonians. The canonical equations of singular system of higher order are total differential equations. 
ON THE LAGRANGIAN FORMALISM OF QED
Srour, Moeen K.; Farahat, Nasser I. (الجامعة الإسلامية  غزة, 2005)ON THE LAGRANGIAN FORMALISM OF QED 
Path Integral Quantization of BrinkSchwarz Superparticle
Farahat, Naser I.; Elegla, Hanaa A (2008)The quantization of the BrinkSchwarz superparticle is performed by canonical phasespace path integral. The supersymmetric particle is treated as a constrained system using the HamiltonJacobi approach. Since the equations ... 
PATH INTEGRAL QUANTIZATION OF RELATIVISTIC SPINLESS PARTICLE IN AN EXTERNAL ELECTROMAGNETIC FIELD
Farahat, Nasser I.; Dalloul, Tahany R. (الجامعة الإسلامية  غزة, 2005)PATH INTEGRAL QUANTIZATION OF RELATIVISTIC SPINLESS PARTICLE IN AN EXTERNAL ELECTROMAGNETIC FIELD