
arXiv: 1301.1309
The purpose of this paper is to prove that each of the following conditions is equivalent to that the foliation ${\cal F}$ is riemannian: 1) the lifted foliation ${\cal F}^{r}$ on the $r$-transverse bundle $��^{r}{\cal F}$ is riemannian for an $r\geq 1$; 2) the foliation ${\cal F}_{0}^{r}$ on a slashed $��_{\ast}^{r}{\cal F}$ is riemannian and vertically exact for an $r\geq 1$; 3) there is a positively admissible transverse lagrangian on a $��_{\ast}^{r}{\cal F}$, for an $r\geq 1$. Analogous results have been proved previously for normal jet vector bundles.
13 pages
Mathematics - Differential Geometry, FOS: Physical sciences, 53C12, 57R10, 55R10, 55R15, 58A20, transverse Lagrangian, Mathematical Physics (math-ph), higher-order transverse bundle, Global differential geometry of Finsler spaces and generalizations (areal metrics), Differential Geometry (math.DG), lifted foliation, Foliations (differential geometric aspects), FOS: Mathematics, Higher-order theories for problems in Hamiltonian and Lagrangian mechanics, Riemannian foliation, Mathematical Physics
Mathematics - Differential Geometry, FOS: Physical sciences, 53C12, 57R10, 55R10, 55R15, 58A20, transverse Lagrangian, Mathematical Physics (math-ph), higher-order transverse bundle, Global differential geometry of Finsler spaces and generalizations (areal metrics), Differential Geometry (math.DG), lifted foliation, Foliations (differential geometric aspects), FOS: Mathematics, Higher-order theories for problems in Hamiltonian and Lagrangian mechanics, Riemannian foliation, Mathematical Physics
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