Lethbridge Number Theory and Combinatorics Seminar: Allysa Lumley
Topic
New bounds for $\psi(x; q, a)$
Speakers
Details
Let $a,q$ be relatively prime integers. Then consider
$$ \psi (x; q, a) =
\sum_{ \begin{smallmatrix}
n \le x \\
{n \equiv a} \ (\mathrm{mod}\, {q})
\end{smallmatrix} }
\Lambda(n) .$$
We discuss new explicit bounds for $\psi(x; q, a)$, which provide an extension and improvement over the bounds given in the previous work of Ramaré and Rumely. This article introduces two new ideas. We smooth the prime counting function and use the partial verification of GRH by Platt along with an explicit zero-free region given by Kadiri. This is joint work with Habiba Kadiri.
$$ \psi (x; q, a) =
\sum_{ \begin{smallmatrix}
n \le x \\
{n \equiv a} \ (\mathrm{mod}\, {q})
\end{smallmatrix} }
\Lambda(n) .$$
We discuss new explicit bounds for $\psi(x; q, a)$, which provide an extension and improvement over the bounds given in the previous work of Ramaré and Rumely. This article introduces two new ideas. We smooth the prime counting function and use the partial verification of GRH by Platt along with an explicit zero-free region given by Kadiri. This is joint work with Habiba Kadiri.
Additional Information
Location: B650 University Hall
Web page: http://www.cs.uleth.ca/~nathanng/ntcoseminar/
Allysa Lumley, University of Lethbridge
This is a Past Event
Event Type
Scientific, Seminar
Date
March 31, 2014
Time
-
Location