1973
DOI: 10.5802/aif.478
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De quelques aspects de la théorie des $Q$-variétés différentielles et analytiques

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Cited by 13 publications
(6 citation statements)
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“…The classifying topos BG of an etale topological groupoid is precisely the quotient of the groupoid, by which I mean the quotient as a topos, not as a space. In this sense, the consideration of the classifying topos BG is related to the work on "quotients" of manifolds, such as that of Satake [33], Barre [3], Molino [25], Pradines-Wouafa-Kamga [27], Van Est [9], Tapia [34], and others.…”
mentioning
confidence: 99%
“…The classifying topos BG of an etale topological groupoid is precisely the quotient of the groupoid, by which I mean the quotient as a topos, not as a space. In this sense, the consideration of the classifying topos BG is related to the work on "quotients" of manifolds, such as that of Satake [33], Barre [3], Molino [25], Pradines-Wouafa-Kamga [27], Van Est [9], Tapia [34], and others.…”
mentioning
confidence: 99%
“…The motivating example is that of a foliation on a manifold, cf., e.g., [ 151. Recall that the leaves of the foliation may be given locally as the level sets of submersions, thus (still locally) as the equivalence classes of suitable equivalence relations. The set of leaves, topologized by the quotient topology, is generally too coarse an object for studying the transversal structure, and several finer types of mathematical structures have been proposed, cf., e.g., [3,8,11,20,23] We recall how the global sections of a sheaf f, associated to a presheaf P on a space M are constructed. In the literature, this is usually done by constructing the sheaf space (local homeomorphism to M), consisting of germs of "elements" of P, at the various points.…”
Section: Local Equivalence Relationsmentioning
confidence: 99%
“…[X,Y]er(so pour tout Yer( §o, c'est-à-dire X est un automorphisme infinitésimal de 9 . On vérifie aisément que X est feuilleté si et seulement si le flot local (<p^) engendré par X préserve S 1 . L'algèbre de Lie des champŝ -feuilletés est notée 32(M , §î).…”
Section: Champs Feuilletés -Champs Basiquesunclassified
“…(M/Sî') se justifie par le fait que si S< est une fibration localement triviale de base B, l'espace des feuilles M/Si s'identifie à B et X(M/^) s'identifie naturellement à SC(B). La même interprétation reste valable dans le cas des feuilletages transversalement parallélisables pourvu que l'on considère M/ §î comme une Q-variété au sens de [1]. Pour cette même raison, nous préférons l'appellation champ "basique" plutôt que champ "transverse" (cf.…”
Section: 2unclassified
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