We provide a description of the configuration arising from intersection of two Hermitian surfaces in $PG(3,q)$, provided that the linear system they generate contains at least a degenerate variety
A combinatorial characterization of a non–singular Hermitian variety of the finite 3-dimensional pro...
Kestenband proved in \cite{K1} that there are only seven pairwise non-isomorphic Hermitian intersec...
We determine the possible intersection sizes of a Hermitian surface with an irreducible quadric of...
AbstractKestenband [Unital intersections in finite projective planes, Geom. Dedicata 11(1) (1981) 10...
Kestenband [Unital intersections in finite projective planes, Geom. Dedicata 11(1) (1981) 107–117; D...
AbstractWe investigate the intersection R of two permutable Hermitian surfaces of PG(3,q2), q odd. W...
We investigate the intersection between the generalized quadrangle arising from a Hermitian surface ...
Using a variation of Seydewitz’s method of projective generation of quadrics we define two algebraic...
Two combinatorial characterizations of the Hermitian surface of the finite 3-dimensional projective ...
In this paper, we give characterizations of the classical generalized quadrangles H(3, q (2)) and H(...
AbstractLetMbe a set of integers. We consider a set of varieties in PG(n,q) such that each variety c...
In PG(3,q^2), with q odd, we determine the possible intersection sizes of a Hermitian surface H and ...
The complete classification of the orbits on subspaces under the action of the projective stabilizer...
Let and be two points of and let be a collineation between the stars of lines with vertices and...
A combinatorial characterization of a non–singular Hermitian variety of the finite 3-dimensional pro...
Kestenband proved in \cite{K1} that there are only seven pairwise non-isomorphic Hermitian intersec...
We determine the possible intersection sizes of a Hermitian surface with an irreducible quadric of...
AbstractKestenband [Unital intersections in finite projective planes, Geom. Dedicata 11(1) (1981) 10...
Kestenband [Unital intersections in finite projective planes, Geom. Dedicata 11(1) (1981) 107–117; D...
AbstractWe investigate the intersection R of two permutable Hermitian surfaces of PG(3,q2), q odd. W...
We investigate the intersection between the generalized quadrangle arising from a Hermitian surface ...
Using a variation of Seydewitz’s method of projective generation of quadrics we define two algebraic...
Two combinatorial characterizations of the Hermitian surface of the finite 3-dimensional projective ...
In this paper, we give characterizations of the classical generalized quadrangles H(3, q (2)) and H(...
AbstractLetMbe a set of integers. We consider a set of varieties in PG(n,q) such that each variety c...
In PG(3,q^2), with q odd, we determine the possible intersection sizes of a Hermitian surface H and ...
The complete classification of the orbits on subspaces under the action of the projective stabilizer...
Let and be two points of and let be a collineation between the stars of lines with vertices and...
A combinatorial characterization of a non–singular Hermitian variety of the finite 3-dimensional pro...
Kestenband proved in \cite{K1} that there are only seven pairwise non-isomorphic Hermitian intersec...
We determine the possible intersection sizes of a Hermitian surface with an irreducible quadric of...
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