UNIVERSAL DISTRIBUTION OF LIMIT POINTS

We consider sequences of functions that have in some sense a universal distribution of limit points of zeros in the complex plane. In particular, we prove that functions having universal approximation properties on compact sets with connected complement automatically have such a universal distribution of limit points. Moreover, in the case of sequences of derivatives, we show connections between this kind of universality and some rather old results of Edrei/MacLane and Polya. Finally, we show the lineability of the set what we call Jentzsch-universal power series.