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On the blending of real/complex analysis with number theory. The study involves distribution of prime numbers and other problems and helps giving asymptotic estimates to these.

3 votes
1 answer
264 views

Consistency of the notion of conductor of a representation

The notion of analytic conductor of a generic representation of $\mathrm{GL}(n)$ has been defined by Iwaniec and Sarnak, and since then is at the heart of many works in analytic number theory and used …
Desiderius Severus's user avatar
9 votes
1 answer
731 views

Gauss sums for general number fields

There is a wide litterature for the classical Gauss sums. For $\chi$ a primitive Dirichlet character modulo $N$, it is given by $$\tau(\chi) = \sum_{n \text{ mod } N} \chi(n) \exp(2i\pi n/N).$$ An in …
Desiderius Severus's user avatar
45 votes
3 answers
6k views

Why such an interest in studying prime gaps?

Prime gaps studies seems to be one of the most fertile topics in analytic number theory, for long and in lots of directions : lower bounds (recent works by Maynard, Tao et al. [1]) upper bounds (re …
Desiderius Severus's user avatar
3 votes
2 answers
205 views

What is known about gaps between zeros of L-functions?

In many different settings, it is possible to determine statistics about spacings (pair correlation, small gaps, large gaps, champions, etc.), for instance prime numbers Laplacian eigenvalues on a l …
Desiderius Severus's user avatar
8 votes
1 answer
523 views

How strong is the requirement of being a Gelbart-Jacquet lift?

Let $\pi$ be a cuspidal automorphic representation of $\mathrm{GL}(3)$ over a number field $F$. I am wondering how general are Gelbart-Jacquet lifts of automorphic representations of $\mathrm{GL}(2)$ …
Desiderius Severus's user avatar
8 votes
1 answer
461 views

Equivalence between Ramanujan and Selberg conjectures

At first the Ramanujan conjecture for automorphic forms and the Selberg conjecture appear to be understood as totally independent. However, they are now known to be tighyly connected once viewed in th …
Desiderius Severus's user avatar
14 votes
1 answer
522 views

Bound for $GL(3)$ symmetric square

Let $\pi$ be an automorphic representation of $GL(3)$ over a number field. Let $a_n$ be the coefficients of $L(s, \pi, \mathrm{sym}^2)$. Do we know if $$\sum_{n>0} \frac{|a_n|}{n^s}$$ and $$\sum_{n>0} …
Desiderius Severus's user avatar
5 votes
0 answers
97 views

Compensation by the residue of the zeta function

(Repost of a question from MSE, where it found no success) Let $F$ be a global number field. Introduce a local quantity at every place $$x_p = \frac{\zeta_p(1)}{\zeta_p(2)}$$ for instance. The produ …
Desiderius Severus's user avatar
8 votes
1 answer
541 views

Reaching Hecke eigenvalues from a trace formula

I am interested in studying equidistribution of Hecke eigenvalues and proving statistical properties of arithmetical objects. On the road, I face the following problem: how to express sums of the form …
Desiderius Severus's user avatar
8 votes
1 answer
315 views

Average bounds on Rankin-Selberg coefficients for modular forms

Let $f$ be a cuspidal Hecke newform of weight $k$ and level $N$, and denote by $a_f(n)$ its $n$-th Fourier coefficient. The newform $f$ is normalized so that $a_f(1) = 1$. As a consequence of Rankin-S …
Desiderius Severus's user avatar
8 votes
2 answers
829 views

On the consistency of the definition of the conductor for automorphic forms

Let $\pi$ be an irreducible admissible representation of $\mathrm{GL}_2(F)$, where $F$ is local non-archimedean. The local conductor associated to $\pi$ can be defined in two usual manners: By its ass …
Desiderius Severus's user avatar