International Journal of Mathematics and Mathematical Sciences (Jan 2003)

Synge-Beil and Riemann-Jacobi jet structures with applications to physics

  • Vladimir Balan

DOI
https://doi.org/10.1155/S0161171203211145
Journal volume & issue
Vol. 2003, no. 27
pp. 1693 – 1702

Abstract

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In the framework of geometrized first-order jet approach, we study the Synge-Beil generalized Lagrange jet structure, derive the canonic nonlinear and Cartan connections, and infer the Einstein-Maxwell equations with sources; the classical ansatz is emphasized as a particular case. The Lorentz-type equations are described and the attached Riemann-Jacobi structures for two certain uniparametric cases are presented.