The "hit" problem of five variables in the generic degree and its application
arXiv:1810.06061 · doi:10.1016/j.topol.2020.107321
Abstract
Let be the graded polynomial algebra over the prime field of two elements, , in variables , each of degree one. This algebra is considered as a graded module over the mod-2 Steenrod algebra, . We are interested in the "hit" problem of finding a minimal set of generators for -module This problem is unresolved for every In this paper, we study the hit problem of five variables in a generic degree, from which we investigate Singer's conjecture [Math. Z. 202 (1989), 493-523] for the transfer homomorphism of rank in degrees given. This gives an efficient method to study the algebraic transfer and it is different from the ones of Singer.
29 pages. Comments very welcome!
References in corpus (5)
Cited by in corpus (8)
- The affirmative answer to Singer's conjecture on the algebraic transfer of rank four
- On the dimension of as a module over Steenrod ring
- On the lambda algebra and Singer's cohomological transfer
- A note on the non-trivial elements in the cohomology groups of the Steenrod algebra
- The admissible monomial bases for the polynomial algebra of five variables in some types of generic degrees
- A note on the modular representation on the -homology groups of the fourth power of real projective space and its application
- On the hit problem for the Steenrod algebra in some generic degrees and applications
- Structure of the space of -coinvariants in some generic degrees and its application