AbstractLet Y⊂Pn be a cubic hypersurface defined over GF(q). Here, we study the Finite Field Nullstellensatz of order [q/3] for the set Y(q) of its GF(q)-points, the existence of linear subspaces of PG(n,q) contained in Y(q) and the possibility to join any two points of Y(q) by the union of two lines of PG(n,q) entirely contained in Y(q). We also study the existence of linear subspaces defined over GF(q) for the intersection of Y with s quadrics and for quartic hypersurfaces
summary:In this paper we generalize the method used to prove the Prime Number Theorem to deal with f...
AbstractLet n be a positive integer and P=diag(−In−κ,Iκ,−In−κ,Iκ) for some integer κ∈[0,n]. In this ...
AbstractThis paper is a second part to previous work (see Finite Fields Appl. 9 (2003) 211). Differe...
AbstractIn this paper (1,s)-geometries fully embedded in PG(n,s), for s≠2, are classified. Every pro...
AbstractLet GF(q) denote the finite field of order q, a power of a prime p, and m a positive integer...
AbstractA recent proof that the Grassmannian G1,n,2 of lines of PG(n,2) has polynomial degree n2-1 i...
AbstractIhara defined the quantity A(q), which is the lim sup as g approaches ∞ of the ratio Nq(g)/g...
AbstractLet Fnq be the n-dimensional vector space over the finite field Fq and let Gn be one of the ...
AbstractWe prove that in PG(3,q), q>19, a partial flock of a quadratic cone with q-ɛ planes, can be ...
AbstractLet q be 2m with m≥1. We construct a family of dual hyperovals over GF(q) inside the 2n−1-di...
Let {f0,…,fn;g0,…,gn} be a sequence of homogeneous polynomials in 2n+2 variables with no common zero...
summary:In this paper we generalize the method used to prove the Prime Number Theorem to deal with f...
AbstractLet K be any field which may not be algebraically closed, V be a four-dimensional vector spa...
AbstractLet k be a field of characteristic not equal to 2. For n≥1, let Hn(k,Z/2) denote the nth Gal...
AbstractGiven a quadratic form and M linear forms in N+1 variables with coefficients in a number fie...
summary:In this paper we generalize the method used to prove the Prime Number Theorem to deal with f...
AbstractLet n be a positive integer and P=diag(−In−κ,Iκ,−In−κ,Iκ) for some integer κ∈[0,n]. In this ...
AbstractThis paper is a second part to previous work (see Finite Fields Appl. 9 (2003) 211). Differe...
AbstractIn this paper (1,s)-geometries fully embedded in PG(n,s), for s≠2, are classified. Every pro...
AbstractLet GF(q) denote the finite field of order q, a power of a prime p, and m a positive integer...
AbstractA recent proof that the Grassmannian G1,n,2 of lines of PG(n,2) has polynomial degree n2-1 i...
AbstractIhara defined the quantity A(q), which is the lim sup as g approaches ∞ of the ratio Nq(g)/g...
AbstractLet Fnq be the n-dimensional vector space over the finite field Fq and let Gn be one of the ...
AbstractWe prove that in PG(3,q), q>19, a partial flock of a quadratic cone with q-ɛ planes, can be ...
AbstractLet q be 2m with m≥1. We construct a family of dual hyperovals over GF(q) inside the 2n−1-di...
Let {f0,…,fn;g0,…,gn} be a sequence of homogeneous polynomials in 2n+2 variables with no common zero...
summary:In this paper we generalize the method used to prove the Prime Number Theorem to deal with f...
AbstractLet K be any field which may not be algebraically closed, V be a four-dimensional vector spa...
AbstractLet k be a field of characteristic not equal to 2. For n≥1, let Hn(k,Z/2) denote the nth Gal...
AbstractGiven a quadratic form and M linear forms in N+1 variables with coefficients in a number fie...
summary:In this paper we generalize the method used to prove the Prime Number Theorem to deal with f...
AbstractLet n be a positive integer and P=diag(−In−κ,Iκ,−In−κ,Iκ) for some integer κ∈[0,n]. In this ...
AbstractThis paper is a second part to previous work (see Finite Fields Appl. 9 (2003) 211). Differe...