A (Formula presented.) Heffter space is a resolvable (Formula presented.) configuration whose points form a half-set of an abelian group (Formula presented.) and whose blocks are all zero-sum in (Formula presented.). It was recently proved that there are infinitely many orders (Formula presented.) for which, given any pair (Formula presented.) with (Formula presented.) odd, a (Formula presented.) Heffter space exists. This was obtained by imposing a point-regular automorphism group. Here, we relax this request by asking for a point-semiregular automorphism group. In this way, the above result is extended also to the case (Formula presented.) even.
More heffter spaces via finite fields / Buratti, M.; Pasotti, A.. - In: JOURNAL OF COMBINATORIAL DESIGNS. - ISSN 1063-8539. - 33:5(2025), pp. 188-194. [10.1002/jcd.21974]
More heffter spaces via finite fields
Buratti M.Primo
Writing – Original Draft Preparation
;
2025
Abstract
A (Formula presented.) Heffter space is a resolvable (Formula presented.) configuration whose points form a half-set of an abelian group (Formula presented.) and whose blocks are all zero-sum in (Formula presented.). It was recently proved that there are infinitely many orders (Formula presented.) for which, given any pair (Formula presented.) with (Formula presented.) odd, a (Formula presented.) Heffter space exists. This was obtained by imposing a point-regular automorphism group. Here, we relax this request by asking for a point-semiregular automorphism group. In this way, the above result is extended also to the case (Formula presented.) even.| File | Dimensione | Formato | |
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