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arXiv 2201.01962math.DGmath-phmath.MP
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几乎余辛流形上的哈密顿系统

Hamiltonian systems on almost cosymplectic manifolds

Stefan Berceanu

摘要:

我们确定了具有几乎共辛结构的奇维流形上的哈密顿向量场。这是具有几乎传递切触结构流形上相应的Hamilton向量场的推广,推广了切触哈密顿系统。应用程序的一个特定的五维流形,扩展的Siegel-Jacobi上半平面$\tilde{\mathcal{X}}^J_1$的运动方程。$\tilde{\mathcal{X}}^J_1$流形被赋予了一个广义传递的几乎余辛结构,一个比传递的几乎切触结构和余辛结构更一般的几乎余辛结构,$\tilde{\mathcal{X}}^J_1$流形上的运动方程推广了四维Siegel-Jacobi流形$\mathcal{X}^J_1$上的Riccati运动方程,该运动方程附加到实Jacobi群$G^J_1(\mathbb{R})$的生成元中的线性Hamilton上.

英文摘要:

We determine the Hamiltonian vector field on an odd dimensional manifold endowed with almost cosymplectic structure. This is a generalization of the corresponding Hamiltonian vector field on manifolds with almost transitive contact structures, which extends the contact Hamiltonian systems. Applications are presented to the equations of motion on a particular five-dimensional manifold, the extended Siegel-Jacobi upper-half plane $\tilde{\mathcal{X}}^J_1$. The $\tilde{\mathcal{X}}^J_1$ manifold is endowed with a generalized transitive almost cosymplectic structure, an almost cosymplectic structure, more general than transitive almost contact structure and cosymplectic structure.The equations of motion on $\tilde{\mathcal{X}}^J_1$ extend the Riccati equations of motion on the four-dimensional Siegel-Jacobi manifold $\mathcal{X}^J_1$ attached to a linear Hamiltonian in the generators of the real Jacobi group $G^J_1(\mathbb{R})$.

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