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Type: Article
Density of non-residues in Burgess-type intervals and applications
Abstract:
We show that for any fixed epsilon > 0, there axe numbers delta > 0 and p(0) >=, 2 with the following property: for every prime p >= p(0) and every integer N such that p(1/(4 root e)+epsilon) <= N <= p, the sequence 1, 2,..., N contains at least delta N quadratic non-residues modulo p. We use this result to obtain strong upper bounds on the sizes of the least quadratic non-residues in Beatty and Piatetski-Shapiro sequences
We show that for any fixed epsilon > 0, there axe numbers delta > 0 and p(0) >=, 2 with the following property: for every prime p >= p(0) and every integer N such that p(1/(4 root e)+epsilon) <= N <= p, the sequence 1, 2,..., N contains at least delta N quadratic non-residues modulo p. We use this result to obtain strong upper bounds on the sizes of the least quadratic non-residues in Beatty and Piatetski-Shapiro sequences
Keywords: BEATTY SEQUENCES; EXPONENTIAL-SUMS
MSC: 11N37 (11A15 11L40)
Journal: Bulletin of the London Mathematical Society
ISSN: 0024-6093
Year: 2008
Volume: 40
Number: 1
Pages: 88--96



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