2008•Innovations in incidence geometryOpen access

On the finite projective planes of order up to q4, q odd, admitting PSL(3,q) as a collineation group

Mauro Biliotti, Alessandro Montinaro

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Abstract

In this paper, it is shown that any projective plane Π of order n ≤ q 4 , q odd, that admits a group G ∼ = PSL(3, q) as a collineation group contains a G-invariant Desarguesian subplane of order q.Moreover, the involutions and suitable p-elements in G are homologies and elations of Π, respectively.In particular, if n ≤ q 3 , actually, n = q, q 2 or q 3 .

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In this paper, it is shown that any projective plane Π of order n ≤ q 4 , q odd, that admits a group G ∼ = PSL(3, q) as a collineation group contains a G-invariant Desarguesian subplane of order q.Moreover, the involutions and suitable p-elements in G are homologies and elations of Π, respectively.In particular, if n ≤ q 3 , actually, n = q, q 2 or q 3 .

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Available abstract

In this paper, it is shown that any projective plane Π of order n ≤ q 4 , q odd, that admits a group G ∼ = PSL(3, q) as a collineation group contains a G-invariant Desarguesian subplane of order q.Moreover, the involutions and suitable p-elements in G are homologies and elations of Π, respectively.In particular, if n ≤ q 3 , actually, n = q, q 2 or q 3 .

Key concepts: PSL, Collineation, Projective test, Order (exchange), Fano plane, Group (periodic table), Projective plane, Mathematics

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