AbstractWe show that—in some suitable sense—any induction theorem for the character ring of a finite group can be lifted to an induction theorem for the Green ring. (A precise statement see Theorem A herein.) This provides a uniform proof of important induction theorems, as, for example, the ones of Conlon and Dress. Moreover, we prove an analogue of Brauer's induction theorem for the Green ring (cf. Theorem B herein)
AbstractSo far there exist three independent constructions of two different canonical versions of Br...
Let G be a finite group. Given a contravariant, product preserving functor F:G-sets → AB, we constru...
AbstractIn the setting of the Green ring, the well-known “inclusion-exclusion” principle of elementa...
AbstractWe show that—in some suitable sense—any induction theorem for the character ring of a finite...
AbstractJ. A. Green proved a theorem which is the converse to a theorem of R. Brauer (Proc. Camb. Ph...
This note is motivated by the problem to understand, given a commutative ring F, which G-sets X, Y g...
Let G be a finite group and F a field, then to any finite G-set X we may associate a F [G]-permutati...
AbstractWe use a formula for primitive idempotents of the crossed Burnside ring given by F. Oda and ...
Bak A. Induction for Finite-Groups Revisited. Journal of Pure and Applied Algebra. 1995;104(3):235-2...
Abstract. We prove a strengthened statement of Dress’s induction theorem for the Green ring of modul...
AbstractLet G be a finite group, and suppose that G is an operator group of a finite group A. Define...
Brauer's induction theorem states that every irreducible character of a finite group G can be expres...
AbstractThe theorem of Fong for a p-solvable group and the theorem of Green for a p-group, both on i...
23 pagesLet $G$ be a finite group and let $k$ be a sufficiently large finite field. Let $R(G)$ denot...
AbstractA permutation lattice for a finite group G over the ring A of integers in a number field is ...
AbstractSo far there exist three independent constructions of two different canonical versions of Br...
Let G be a finite group. Given a contravariant, product preserving functor F:G-sets → AB, we constru...
AbstractIn the setting of the Green ring, the well-known “inclusion-exclusion” principle of elementa...
AbstractWe show that—in some suitable sense—any induction theorem for the character ring of a finite...
AbstractJ. A. Green proved a theorem which is the converse to a theorem of R. Brauer (Proc. Camb. Ph...
This note is motivated by the problem to understand, given a commutative ring F, which G-sets X, Y g...
Let G be a finite group and F a field, then to any finite G-set X we may associate a F [G]-permutati...
AbstractWe use a formula for primitive idempotents of the crossed Burnside ring given by F. Oda and ...
Bak A. Induction for Finite-Groups Revisited. Journal of Pure and Applied Algebra. 1995;104(3):235-2...
Abstract. We prove a strengthened statement of Dress’s induction theorem for the Green ring of modul...
AbstractLet G be a finite group, and suppose that G is an operator group of a finite group A. Define...
Brauer's induction theorem states that every irreducible character of a finite group G can be expres...
AbstractThe theorem of Fong for a p-solvable group and the theorem of Green for a p-group, both on i...
23 pagesLet $G$ be a finite group and let $k$ be a sufficiently large finite field. Let $R(G)$ denot...
AbstractA permutation lattice for a finite group G over the ring A of integers in a number field is ...
AbstractSo far there exist three independent constructions of two different canonical versions of Br...
Let G be a finite group. Given a contravariant, product preserving functor F:G-sets → AB, we constru...
AbstractIn the setting of the Green ring, the well-known “inclusion-exclusion” principle of elementa...