Previous Page 2

Displaying 21 – 27 of 27

Showing per page

Prime numbers along Rudin–Shapiro sequences

Christian Mauduit, Joël Rivat (2015)

Journal of the European Mathematical Society

For a large class of digital functions f , we estimate the sums n x Λ ( n ) f ( n ) (and n x μ ( n ) f ( n ) , where Λ denotes the von Mangoldt function (and μ the Möbius function). We deduce from these estimates a Prime Number Theorem (and a Möbius randomness principle) for sequences of integers with digit properties including the Rudin-Shapiro sequence and some of its generalizations.

Trigonometric sums over primes III

Glyn Harman (2003)

Journal de théorie des nombres de Bordeaux

New bounds are given for the exponential sum P p < 2 P e ( α p k ) were k 5 , p denotes a prime and e ( x ) = exp ( 2 π i x ) .

Currently displaying 21 – 27 of 27

Previous Page 2