On almost polynomial structures from classical linear connections

Anna Bednarska


Let \(\mathcal{M}f_m\) be the category of \(m\)-dimensional manifolds and local diffeomorphisms and let \(T\) be the tangent functor on \(\mathcal{M}f_m\). Let \(\mathcal{V}\) be the category of real vector spaces and linear maps and let  \(\mathcal{V}_m\) be the category of  \(m\)-dimensional real vector spaces and linear isomorphisms. Let \(w\) be a polynomial in one variable with real coefficients. We describe all regular covariant functors \(F\colon \mathcal{V}_m\to\mathcal{V}\) admitting \(\mathcal{M}f_m\)-natural operators \(\tilde{P}\) transforming classical linear connections \(\nabla\) on \(m\)-dimensional manifolds \(M\) into almost polynomial \(w\)-structures  \(\tilde{P}(\nabla)\) on \(F(T)M=\bigcup_{x\in M}F(T_xM)\).


Classical linear connection; almost polynomial structure; Weil bundle; natural operator

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DOI: http://dx.doi.org/10.17951/a.2018.72.1.13-18
Data publikacji: 2018-06-25 09:04:03
Data złożenia artykułu: 2018-06-24 16:29:31


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