Fiber maps on H-fibrations
Fiberwise shape theory.
Fibrations and Cofibred Pairs.
Fibrations de petites catégories
Fibrations in the Category of Absolute Neighborhood Retracts
The category Top of topological spaces and continuous maps has the structures of a fibration category and a cofibration category in the sense of Baues, where fibration = Hurewicz fibration, cofibration = the usual cofibration, and weak equivalence = homotopy equivalence. Concentrating on fibrations, we consider the problem: given a full subcategory 𝓒 of Top, is the fibration structure of Top restricted to 𝓒 a fibration category? In this paper we take the special case where 𝓒 is the full subcategory...
Fibres of Hurewicz and approximate fibrations.
Filtered model of a fibration and rational obstruction theory.
Filtered topological cyclic homology and relative -theory of nilpotent ideals.
Finite-dimensional categorial complement theorems in shape theory
Finite-dimensional categorical complement theorems in strong shape theory and a principle of reversing maps between open subsets of spheres
Finite-dimensional complement theorems in shape theory and their relation to S-duality
Finitely presented subgroups of the self-homotopy equivalences group.
Finiteness properties of injective resolutions of certain unstable modules over the Steenrod algebra and applications.
Finiteness properties of self-equivalence.
Five-dimensional biquotients.
Fixed points and homotopy fixed points.
Foncteurs polynomiaux et foncteurs de Mackey non linéaires
On décrit les foncteurs polynomiaux, des groupes abéliens libres vers les groupes abéliens, comme des diagrammes de groupes abéliens dont on explicite les relations.
Formalité des espaces de lacets libres
Formality and the Lefschetz property in symplectic and cosymplectic geometry
We review topological properties of Kähler and symplectic manifolds, and of their odd-dimensional counterparts, coKähler and cosymplectic manifolds. We focus on formality, Lefschetz property and parity of Betti numbers, also distinguishing the simply-connected case (in the Kähler/symplectic situation) and the b1 = 1 case (in the coKähler/cosymplectic situation).
Formality of the function space of free maps into an elliptic space