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arXiv: 2110.04815
handle: 10261/289787
We present several results on the inverse problem and equivalent contactLagrangian systems. These problems naturally lead to consider smooth transformations on the z variable (i.e., reparametrizations of the action). We present the extended contact Lagrangian systems to formalize this notion. With this structure we define horizontal equivalence of Lagrangians, which generalizes the symplectic case. We also present some results on the inverse problem for extended contact systems.
Contact systems, contact geometry, Contact manifolds (general theory), inverse problem, FOS: Physical sciences, Symplectic manifolds (general theory), Mathematical Physics (math-ph), equivalent Lagrangians, Mathematical Physics
Contact systems, contact geometry, Contact manifolds (general theory), inverse problem, FOS: Physical sciences, Symplectic manifolds (general theory), Mathematical Physics (math-ph), equivalent Lagrangians, Mathematical Physics
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