Abstract:Abstract. For a set E ⊂ F d q , we define the k-resultant magnitude set asIn this paper we find a connection between a lower bound of the cardinality of the k-resultant magnitude set and the restriction theorem for spheres in finite fields. As a consequence, it is shown that if +ε for ε > 0, then |∆ 3 (E)| ≥ cq.
“…. , E k ), is defined byfor d = 4, 6 with a sufficiently large constantThis generalizes the previous result in [5]. We also show that ifThis result improves the previous work in [5] by removing ε > 0 from the exponent.…”
supporting
confidence: 86%
“…However, in higher even dimensions d ≥ 4, the exponent (d + 1)/2 has not been improved. To demonstrate some possibility that the exponent (d + 1)/2 could be improved for even dimensions d ≥ 4, the authors in [5] introduced a k-resultant modulus set which generalizes the distance set in the sense that any k points can be selected from a set E ⊂ F d q to determine an object similar to a distance. More precisely, for a set E ⊂ F d q we define a k-resultant modulus set ∆ k (E) as Question 1.2.…”
Let F d q be the d-dimensional vector space over the finite field Fq with q elements. Given k sets E j ⊂ F d q for j = 1, 2, . . . , k, the generalized k-resultant modulus set, denoted by ∆ k (E 1 , E 2 , . . . , E k ), is defined byfor d = 4, 6 with a sufficiently large constantThis generalizes the previous result in [5]. We also show that ifThis result improves the previous work in [5] by removing ε > 0 from the exponent.
“…. , E k ), is defined byfor d = 4, 6 with a sufficiently large constantThis generalizes the previous result in [5]. We also show that ifThis result improves the previous work in [5] by removing ε > 0 from the exponent.…”
supporting
confidence: 86%
“…However, in higher even dimensions d ≥ 4, the exponent (d + 1)/2 has not been improved. To demonstrate some possibility that the exponent (d + 1)/2 could be improved for even dimensions d ≥ 4, the authors in [5] introduced a k-resultant modulus set which generalizes the distance set in the sense that any k points can be selected from a set E ⊂ F d q to determine an object similar to a distance. More precisely, for a set E ⊂ F d q we define a k-resultant modulus set ∆ k (E) as Question 1.2.…”
Let F d q be the d-dimensional vector space over the finite field Fq with q elements. Given k sets E j ⊂ F d q for j = 1, 2, . . . , k, the generalized k-resultant modulus set, denoted by ∆ k (E 1 , E 2 , . . . , E k ), is defined byfor d = 4, 6 with a sufficiently large constantThis generalizes the previous result in [5]. We also show that ifThis result improves the previous work in [5] by removing ε > 0 from the exponent.
“…Let D(x) = x There are various papers studying the cardinality of ∆(E), see for example [3,9,5,4,10] and references therein. In this paper, we are interested in the case when E is a subset in a regular variety.…”
In this paper we study some generalized versions of a recent result due to Covert, Koh, and Pi (2015). More precisely, we prove that if a subset E in a regular variety satisfies |E| ≫ q d−1 2
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