Skip to content

Erdős problem 119

For unit-modulus complex numbers ziz_i, let pn(z)=in(zzi)p_n(z)=\prod_{i\le n}(z-z_i) and Mn=maxz=1pn(z)M_n=\max_{|z|=1}|p_n(z)|. Erdős's prize question: is there c>0c>0 with knMk>n1+c\sum_{k\le n} M_k > n^{1+c}?

Sources

Browse retained paths and inspect the exact material available for this Problem.

4 retained statements2415f78e850a

Open selected source

Retained excerpts/

VibeMathed

Retained source excerpt1 of 1

For unit-modulus complex numbers $z_i$, let $p_n(z)=\prod_{i\le n}(z-z_i)$ and $M_n=\max_{|z|=1}|p_n(z)|$. Erdős's prize question: is there $c>0$ with $\sum_{k\le n} M_k > n^{1+c}$?

Open exact source location

Search problems.science

Find a Problem, Result, source, or page