We analyze the algebraic structures based on a classifying space of a compact Lie group. We construct the connected graded free Lie algebra structure by considering the rationally nontrivial indecomposable and decomposable generators of homotopy groups and the cohomology cup products, and we show that the homomorphic image of homology generators can be expressed in terms of the Lie brackets in rational homology. By using the Milnor-Moore theorem, we also investigate the concrete primitive elements in the Pontrjagin algebra
AbstractWe apply the techniques of highly structured ring and module spectra to prove a duality theo...
Self homotopy equivalences of classifying spaces of compact connected Lie groups by Stefan Ja ckowsk...
AbstractA simply connected topological space X has homotopy Lie algebra π∗(ΩX)⊗Q. Following Quillen,...
The basic problem of homotopy theory is to classify spaces and maps between spaces, up to homotopy, ...
The classifying space BG of a Lie group G can be thought of as the homotopy quotient of the least fr...
Abstract. Let p be a prime number and G be a compact Lie group. A homology decomposition for the cla...
AbstractLet V be a closed oriented connected manifold of dimension n + q and let G be a closed conne...
International audienceWe show that two maps between classifying spaces of compact, connected Lie gro...
International audienceWe show that two maps between classifying spaces of compact, connected Lie gro...
Let G be a real linear algebraic group and L a finitely generated cosimplicial group. We prove that ...
Let G be a real linear algebraic group and L a finitely generated cosimplicial group. We prove that ...
AbstractFor connected Lie groups G and H the calculation of the mapping space map(BG, BH) can be red...
AbstractWe first give an intrinsic characterization of the λ-rings which are representation rings of...
In an earlier paper [JMO], we gave a complete description of all homotopy classes of self maps of th...
If G is a connected compact Lie group, then for almost all prime numbers p the mod p cohomology ring...
AbstractWe apply the techniques of highly structured ring and module spectra to prove a duality theo...
Self homotopy equivalences of classifying spaces of compact connected Lie groups by Stefan Ja ckowsk...
AbstractA simply connected topological space X has homotopy Lie algebra π∗(ΩX)⊗Q. Following Quillen,...
The basic problem of homotopy theory is to classify spaces and maps between spaces, up to homotopy, ...
The classifying space BG of a Lie group G can be thought of as the homotopy quotient of the least fr...
Abstract. Let p be a prime number and G be a compact Lie group. A homology decomposition for the cla...
AbstractLet V be a closed oriented connected manifold of dimension n + q and let G be a closed conne...
International audienceWe show that two maps between classifying spaces of compact, connected Lie gro...
International audienceWe show that two maps between classifying spaces of compact, connected Lie gro...
Let G be a real linear algebraic group and L a finitely generated cosimplicial group. We prove that ...
Let G be a real linear algebraic group and L a finitely generated cosimplicial group. We prove that ...
AbstractFor connected Lie groups G and H the calculation of the mapping space map(BG, BH) can be red...
AbstractWe first give an intrinsic characterization of the λ-rings which are representation rings of...
In an earlier paper [JMO], we gave a complete description of all homotopy classes of self maps of th...
If G is a connected compact Lie group, then for almost all prime numbers p the mod p cohomology ring...
AbstractWe apply the techniques of highly structured ring and module spectra to prove a duality theo...
Self homotopy equivalences of classifying spaces of compact connected Lie groups by Stefan Ja ckowsk...
AbstractA simply connected topological space X has homotopy Lie algebra π∗(ΩX)⊗Q. Following Quillen,...