summary:One studies the flow prolongation of projectable vector fields with respect to a bundle functor of order $(r,s,q)$ on the category of fibered manifolds. As a result, one constructs an operator transforming connections on a fibered manifold $Y$ into connections on an arbitrary vertical bundle over $Y$. It is deduced that this operator is the only natural one of finite order and one presents a condition on vertical bundles over $Y$ under which every natural operator in question has finite order
Let \(F\) be a bundle functor on the category of all fibred manifolds and fibred maps. Let \(\Gamma\...
summary:We classify all natural operators lifting projectable vector fields from fibered manifolds t...
summary:We classify all natural operators lifting projectable vector fields from fibered manifolds t...
summary:One studies the flow prolongation of projectable vector fields with respect to a bundle func...
summary:One studies the flow prolongation of projectable vector fields with respect to a bundle func...
summary:Let $F$ be a natural bundle. We introduce the geometrical construction transforming two gene...
summary:Let $F$ be a natural bundle. We introduce the geometrical construction transforming two gene...
Abstra t. Let F be a natural bundle. We introduce the geometrical construction transforming two gene...
summary:Let $F$ be a natural bundle. We introduce the geometrical construction transforming two gene...
summary:We classify all bundle functors $G$ admitting natural operators transforming connections on ...
summary:We classify all bundle functors $G$ admitting natural operators transforming connections on ...
summary:We classify all bundle functors $G$ admitting natural operators transforming connections on ...
summary:We study systematically the prolongation of second order connections in the sense of C. Ehre...
summary:We describe some general geometric properties of the fiber product preserving bundle functor...
summary:We describe some general geometric properties of the fiber product preserving bundle functor...
Let \(F\) be a bundle functor on the category of all fibred manifolds and fibred maps. Let \(\Gamma\...
summary:We classify all natural operators lifting projectable vector fields from fibered manifolds t...
summary:We classify all natural operators lifting projectable vector fields from fibered manifolds t...
summary:One studies the flow prolongation of projectable vector fields with respect to a bundle func...
summary:One studies the flow prolongation of projectable vector fields with respect to a bundle func...
summary:Let $F$ be a natural bundle. We introduce the geometrical construction transforming two gene...
summary:Let $F$ be a natural bundle. We introduce the geometrical construction transforming two gene...
Abstra t. Let F be a natural bundle. We introduce the geometrical construction transforming two gene...
summary:Let $F$ be a natural bundle. We introduce the geometrical construction transforming two gene...
summary:We classify all bundle functors $G$ admitting natural operators transforming connections on ...
summary:We classify all bundle functors $G$ admitting natural operators transforming connections on ...
summary:We classify all bundle functors $G$ admitting natural operators transforming connections on ...
summary:We study systematically the prolongation of second order connections in the sense of C. Ehre...
summary:We describe some general geometric properties of the fiber product preserving bundle functor...
summary:We describe some general geometric properties of the fiber product preserving bundle functor...
Let \(F\) be a bundle functor on the category of all fibred manifolds and fibred maps. Let \(\Gamma\...
summary:We classify all natural operators lifting projectable vector fields from fibered manifolds t...
summary:We classify all natural operators lifting projectable vector fields from fibered manifolds t...