An AP-Structure with Finslerian Flavor: Path Equations
M. I. Wanas; M. E. Kahil; Kamal, Mona M.;
Abstract
The Bazanski approach for deriving paths is applied to Finsler geometry. The
approach is generalized and applied to a new developed geometry called
"Absolute parallelism with a Finslerian Flavor" (FAP). A sets of path equations
is derived for the FAP. This is the horizontal (h) set. A striking feature
appears in this set, that is: the coefficient of torsion term, in the set,
jumps by a step of one-half from one equation to the other. This is tempting to
believe that the h-set admits some quantum features. Comparisons with the
corresponding sets in other geometries are given. Conditions to reduce the set
of path equations obtained, to well known path equations in some geometries are
summarized in a schematic diagram.
approach is generalized and applied to a new developed geometry called
"Absolute parallelism with a Finslerian Flavor" (FAP). A sets of path equations
is derived for the FAP. This is the horizontal (h) set. A striking feature
appears in this set, that is: the coefficient of torsion term, in the set,
jumps by a step of one-half from one equation to the other. This is tempting to
believe that the h-set admits some quantum features. Comparisons with the
corresponding sets in other geometries are given. Conditions to reduce the set
of path equations obtained, to well known path equations in some geometries are
summarized in a schematic diagram.
Other data
| Title | An AP-Structure with Finslerian Flavor: Path Equations | Authors | M. I. Wanas; M. E. Kahil; Kamal, Mona M. | Keywords | General Relativity and Quantum Cosmology;General Relativity and Quantum Cosmology | Issue Date | 19-Feb-2016 | Journal | Gravitation and Cosmology | Volume | 22 | Start page | 345 | End page | 354 | ISSN | 02022893 | DOI | 10.1134/S0202289316040162 | Scopus ID | 2-s2.0-84995489797 |
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