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Displaying 81 –
100 of
1970
Let be a finite extension of and be the set of the extensions of degree over whose normal closure is a -extension. For a fixed discriminant, we show how many extensions there are in with such discriminant, and we give the discriminant and the Galois group (together with its filtration of the ramification groups) of their normal closure. We show how this method can be generalized to get a classification of the extensions in .
Many links exist between ordinary partitions and partitions with parts in the “gaps”. In this paper, we explore combinatorial explanations for some of these links, along with some natural generalizations. In particular, if we let be the number of partitions of n into j parts where each part is ≡ k (mod m), 1 ≤ k ≤ m, and we let be the number of partitions of n into j parts where each part is ≡ k (mod m) with parts of size k in the gaps, then .
We state a conjecture concerning modular absolutely irreducible odd 2-dimensional
representations of the absolute Galois group over finite fields which is purely
combinatorial (without using modular forms) and proof that it is equivalent to Serre’s
strong conjecture. The main idea is to replace modular forms with coefficients in a
finite field of characteristic , by their counterparts in the theory of modular
symbols.
Currently displaying 81 –
100 of
1970