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Designs on which the unitary group U (3 , 3) acts transitively Andrea Svob (asvob@math.uniri.hr) Department of Mathematics, University of Rijeka, Croatia (Joint work with Dean Crnkovi c and Vedrana Mikuli c Crnkovi c) Darnec15

  1. Designs on which the unitary group U (3 , 3) acts transitively Andrea ˇ Svob (asvob@math.uniri.hr) Department of Mathematics, University of Rijeka, Croatia (Joint work with Dean Crnkovi´ c and Vedrana Mikuli´ c Crnkovi´ c) Darnec15 November 6, 2015 Transitive designs from the group U (3 , 3) 1 / 20

  2. Introduction A t -( v , k , λ ) design is a finite incidence structure D = ( P , B , I ) satisfying the following requirements: 1 |P| = v , 2 every element of B is incident with exactly k elements of P , 3 every t elements of P are incident with exactly λ elements of B . Every element of P is incident with exactly r = λ ( v − 1) elements of B . k − 1 The number of blocks is denoted by b . If b = v (or equivalently k = r ) then the design is called symmetric . Transitive designs from the group U (3 , 3) 2 / 20

  3. Introduction A 2-( v , k , λ ) design is called a block design. If D is a t -design, then it is also a s -design, for 1 ≤ s ≤ t − 1. An incidence matrix of a design D is a matrix A = [ a ij ] where a ij = 1 if j th point is incident with the i th block and a ij = 0 otherwise. Transitive designs from the group U (3 , 3) 3 / 20

  4. Transitive designs from the group U (3 , 3) J. D. Key, J. Moori: Construction method of primitive symmetric designs (and regular graphs) for which a stabilizer of a point and a stabilizer of a block are conjugate. Transitive designs from the group U (3 , 3) 4 / 20

  5. Transitive designs from the group U (3 , 3) Theorem 1 [D. Crnkovi´ c, V. Mikuli´ c Crnkovi´ c] Let G be a finite permutation group acting primitively on the sets Ω 1 and Ω 2 of size m and n , respectively . Let α ∈ Ω 1 and ∆ 2 = � s i =1 δ i G α , where δ 1 , ..., δ s ∈ Ω 2 are representatives of distinct G α -orbits. If ∆ 2 � = Ω 2 and B = { ∆ 2 g : g ∈ G } , then D ( G , α, δ 1 , ..., δ s ) = (Ω 2 , B ) is a design 1-( n , | ∆ 2 | , � s i =1 | α G δ i | ) with m blocks, and G acts as an automorphism group, primitively on points and blocks of the design. Transitive designs from the group U (3 , 3) 5 / 20

  6. Transitive designs from the group U (3 , 3) This construction gives us all 1-designs on which the group G acts primitively on points and blocks . Corollary 1 If a group G acts primitively on the points and the blocks of a 1-design D , then D can be obtained as described in Theorem 1, i.e. , such that ∆ 2 is a union of G α -orbits. Transitive designs from the group U (3 , 3) 6 / 20

  7. Transitive designs from the group U (3 , 3) c, Aˇ Theorem 2 [D. Crnkovi´ c, V. Mikuli´ c Crnkovi´ S] Let G be a finite permutation group acting transitively on the sets Ω 1 and Ω 2 of size m and n , respectively. Let α ∈ Ω 1 and ∆ 2 = � s i =1 δ i G α , where δ 1 , ..., δ s ∈ Ω 2 are representatives of distinct G α -orbits. If ∆ 2 � = Ω 2 and B = { ∆ 2 g : g ∈ G } , then the incidence structure D ( G , α, δ 1 , ..., δ s ) = (Ω 2 , B ) is a 1-( n , | ∆ 2 | , | G α | � s i =1 | α G δ i | ) design with m ·| G α | | G ∆2 | blocks. Then the group | G ∆2 | H ∼ = G / � x ∈ Ω 2 G x acts as an automorphism group on (Ω 2 , B ), transitively on points and blocks of the design. Transitive designs from the group U (3 , 3) 7 / 20

  8. Transitive designs from the group U (3 , 3) Corollary 2 If a group G acts transitively on the points and the blocks of a 1-design D , then D can be obtained as described in the Theorem 2, i.e., such that ∆ 2 is a union of G α -orbits. Transitive designs from the group U (3 , 3) 8 / 20

  9. Transitive designs from the group U (3 , 3) Using the described approach a number of 2-designs and strongly regular graphs from the groups U (3 , 3), U (3 , 4), U(3,5), U (3 , 7), U (4 , 2), U (4 , 3), U (5 , 2), L (2 , 32), L (2 , 49), L (3 , 5), L (4 , 3) and S (6 , 2) have been constructed. Transitive designs from the group U (3 , 3) 9 / 20

  10. Results Table: Properties of the subgroups of the group U (3 , 3) Structure Order Index Size of the class I 1 6048 1 Z 2 2 3024 63 Z 3 3 2016 28 Z 3 3 2016 336 Z 7 7 864 288 Z 4 4 1512 63 Z 2 × Z 2 4 1512 63 Z 4 4 1512 189 Z 6 6 1008 252 S 3 6 1008 336 Z 3 × Z 3 9 672 112 Z 7 : Z 3 21 288 288 Q 8 8 756 63 D 8 8 756 189 Z 4 × Z 2 8 756 189 Z 8 8 756 378 Z 12 12 504 252 12 504 252 A 4 Transitive designs from the group U (3 , 3) 10 / 20

  11. Results Table: Properties of the subgroups of the group U (3 , 3) Structure Size Index Size of the class Z 3 × S 3 18 336 336 ( Z 3 × Z 3 ) : Z 3 27 224 28 ( Z 4 × Z 2 ) : Z 2 16 378 63 Z 4 × Z 4 16 378 63 Z 8 : Z 2 16 378 189 SL (2 , 3) 24 252 63 S 4 24 252 252 Z 3 : Z 8 24 252 252 (( Z 3 × Z 3 ) : Z 3 ) : Z 2 54 112 28 ( Z 4 × Z 4 ) : Z 2 32 189 189 ( Z 4 × Z 4 ) : Z 3 48 126 63 SL (2 , 3) : Z 2 48 126 63 (( Z 3 × Z 3 ) : Z 3 ) : Z 4 108 56 28 PSL (3 , 2) 168 36 36 (( Z 4 × Z 4 ) : Z 3 ) : Z 2 96 63 63 SL (2 , 3) : Z 4 96 63 63 (( Z 3 × Z 3 ) : Z 3 ) : Z 8 216 28 28 PSU (3 , 3) 6048 1 1 Transitive designs from the group U (3 , 3) 11 / 20

  12. Results In order to obtain block designs we have to make some basic steps: Determine the set of points. Make a list of all possible base blocks. Solve the problem of huge number of constructed designs with the same parameters (isomorphic or not?). We had to add some extra eliminations. Transitive designs from the group U (3 , 3) 12 / 20

  13. Results Table: Block designs constructed from the group U (3 , 3) Parameters of block designs # non-isomorphic Full automorphism group 2-(28 , 3 , 2) 1 U (3 , 3) : Z 2 2-(28 , 3 , 8) 1 U (3 , 3) : Z 2 2-(28 , 3 , 16) 1 S (6 , 2) 2-(28 , 4 , 1) 1 U (3 , 3) : Z 2 2-(28 , 4 , 4) 1 U (3 , 3) : Z 2 2-(28 , 4 , 32) 1 U (3 , 3) : Z 2 2-(28 , 4 , 48) 2 U (3 , 3) : Z 2 2-(28 , 4 , 96) 2 U (3 , 3) : Z 2 2-(28 , 5 , 40) 1 U (3 , 3) : Z 2 2-(28 , 5 , 80) 4 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 5 , 160) 2 U (3 , 3) 8 U (3 , 3) : Z 2 1 S (6 , 2) 2-(28 , 6 , 20) 1 U (3 , 3) : Z 2 2-(28 , 6 , 30) 1 U (3 , 3) : Z 2 2-(28 , 6 , 40) 2 U (3 , 3) : Z 2 1 S (6 , 2) 2-(28 , 6 , 60) 3 U (3 , 3) : Z 2 2-(28 , 6 , 80) 1 U (3 , 3) 1 U (3 , 3) : Z 2 1 S (6 , 2) 2-(28 , 6 , 120) 2 U (3 , 3) 3 U (3 , 3) : Z 2 2-(28 , 6 , 240) 20 U (3 , 3) 16 U (3 , 3) : Z 2 Transitive designs from the group U (3 , 3) 13 / 20

  14. Results Table: Block designs constructed from the group U (3 , 3) Parameters of block designs # non-isomorphic Full automorphism group 2-(28 , 7 , 16) 1 S (6 , 2) 2-(28 , 7 , 48) 1 U (3 , 3) : Z 2 2-(28 , 7 , 56) 3 U (3 , 3) : Z 2 2-(28 , 7 , 84) 1 U (3 , 3) : Z 2 2-(28 , 7 , 112) 2 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 7 , 168) 5 U (3 , 3) : Z 2 8 U (3 , 3) 2-(28 , 7 , 336) 37 U (3 , 3) : Z 2 73 U (3 , 3) 2-(28 , 8 , 14) 1 U (3 , 3) : Z 2 2-(28 , 8 , 56) 3 U (3 , 3) : Z 2 2-(28 , 8 , 112) 2 U (3 , 3) : Z 2 2-(28 , 8 , 224) 12 U (3 , 3) : Z 2 11 U (3 , 3) 2-(28 , 8 , 448) 217 U (3 , 3) 61 U (3 , 3) : Z 2 1 S (6 , 2) 2-(28 , 9 , 32) 1 U (3 , 3) : Z 2 2-(28 , 9 , 72) 1 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 9 , 96) 1 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 9 , 144) 1 U (3 , 3) : Z 2 Transitive designs from the group U (3 , 3) 14 / 20

  15. Results Table: Block designs constructed from the group U (3 , 3) Parameters of block designs # non-isomorphic Full automorphism group 2-(28 , 9 , 192) 5 U (3 , 3) : Z 2 4 U (3 , 3) 2-(28 , 9 , 288) 11 U (3 , 3) : Z 2 22 U (3 , 3) 2-(28 , 9 , 576) 103 U (3 , 3) : Z 2 503 U (3 , 3) 2-(28 , 10 , 40) 1 S (6 , 2) 2-(28 , 10 , 45) 1 S (6 , 2) 2-(28 , 10 , 60) 1 U (3 , 3) : Z 2 2-(28 , 10 , 90) 3 U (3 , 3) : Z 2 2-(28 , 10 , 120) 1 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 10 , 180) 3 U (3 , 3) : Z 2 3 U (3 , 3) 2-(28 , 10 , 240) 4 U (3 , 3) : Z 2 4 U (3 , 3) 2-(28 , 10 , 360) 21 U (3 , 3) : Z 2 24 U (3 , 3) 2-(28 , 10 , 720) 136 U (3 , 3) : Z 2 996 U (3 , 3) Transitive designs from the group U (3 , 3) 15 / 20

  16. Results Table: Block designs constructed from the group U (3 , 3) Parameters of block designs # non-isomorphic Full automorphism group 2-(28 , 11 , 110) 1 S (6 , 2) 1 U (3 , 3) 2-(28 , 11 , 220) 1 U (3 , 3) : Z 2 2-(28 , 11 , 440) 18 U (3 , 3) : Z 2 44 U (3 , 3) 2-(28 , 11 , 880) 1650 U (3 , 3) 195 U (3 , 3) : Z 2 2 S (6 , 2) 2-(28 , 12 , 11) 1 S (6 , 2) 2-(28 , 12 , 44) 1 U (3 , 3) : Z 2 2-(28 , 12 , 88) 1 U (3 , 3) : Z 2 2-(28 , 12 , 132) 4 U (3 , 3) : Z 2 2-(28 , 12 , 176) 1 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 12 , 264) 3 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 12 , 352) 8 U (3 , 3) : Z 2 6 U (3 , 3) 2-(28 , 12 , 528) 24 U (3 , 3) : Z 2 46 U (3 , 3) 2-(28 , 12 , 1056) 218 U (3 , 3) : Z 2 2372 U (3 , 3) 1 S (6 , 2) Transitive designs from the group U (3 , 3) 16 / 20

  17. Results Table: Block designs constructed from the group U (3 , 3) Parameters of block designs # non-isomorphic Full automorphism group 2-(28 , 13 , 104) 1 U (3 , 3) : Z 2 2-(28 , 13 , 208) 2 U (3 , 3) : Z 2 1 U (3 , 3) 1 S (6 , 2) 2-(28 , 13 , 312) 1 U (3 , 3) : Z 2 1 U (3 , 3) 2-(28 , 13 , 416) 7 U (3 , 3) : Z 2 6 U (3 , 3) 1 S (6 , 2) 2-(28 , 13 , 624) 19 U (3 , 3) : Z 2 59 U (3 , 3) 2-(28 , 13 , 1248) 260 U (3 , 3) : Z 2 2887 U (3 , 3) 2-(28 , 14 , 182) 1 U (3 , 3) 2-(28 , 14 , 208) 2 U (3 , 3) : Z 2 2-(28 , 14 , 364) 14 U (3 , 3) : Z 2 2-(28 , 14 , 728) 28 U (3 , 3) : Z 2 53 U (3 , 3) 2-(28 , 14 , 1456) 246 U (3 , 3) : Z 2 3016 U (3 , 3) Transitive designs from the group U (3 , 3) 17 / 20

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