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On the Largest Caps Contained in the Klein Quadric of PG(5, q), q Odd

机译:关于PG(5,q),q奇数的Klein二次方程中包含的最大上限

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This article studies the largest caps, of cardinality q~3 + q~2 + q + 1, contained in the Klein quadric of PG(5, q), q odd. Presently, there are three examples of such caps known. They all are the intersection of the Klein quadric with a suitably chosen singular quadric with its vertex a line L and base a non-singular three-dimensional elliptic quadric. In this paper, we show that a (q~3 + q~2 + q + 1)-cap contained in the Klein quadric of PG(5, q), q odd, q > 3138, always is the intersection of the Klein quadric with another quadric, thus showing that such caps are a V_3~4 variety of dimension 3 and of degree 4. This result also implies that a (q~3 + q~2 + q + 1)-cap contained in the Klein quadric of PG(5, q), q odd, q > 3138, defines a quadratic line complex of PG(3, q).
机译:本文研究了包含在PG(5,q),q奇数的Klein二次方程中的最大基数q〜3 + q〜2 + q + 1。目前,已知这种帽的三个例子。它们都是Klein二次曲面与适当选择的奇异二次曲面的交点,其顶点为直线L,并且以非奇异三维椭圆二次曲面为基础。在本文中,我们证明PG(5,q)的Klein二次方程中包含的(q〜3 + q〜2 + q + 1)上限为q奇数,q> 3138始终是Klein的交点二次曲面与另一个二次曲面,因此表明此类上限是维3且度为4的V_3〜4变体。此结果还意味着,在(Klein二次曲面)中包含(q〜3 + q〜2 + q + 1)上限PG(5,q),q奇数,q> 3138的整数定义了PG(3,q)的二次线复数。

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