We supplement the result of the first part of the work with estimates of the integrals of the difference of subharmonic functions in measure with some deterioration of the absolute constants, but these estimates have the form of a criterion, which is formulated exclusively in terms of the measure and its potential. This criterion is also new for meromorphic functions on the complex plane.
Meromorphic functions and differences of subharmonic functions in integrals and the difference characteristic of Nevanlinna. II. Explicit estimates of the integral of the radial maximum growth characteristic
Meromorphic functions and differences of subharmonic functions in integrals and the difference characteristic of Nevanlinna. III. Estimates of integrals over fractal sets in terms of the Hausdorff measure and content
Meromorphic functions and differences of subharmonic functions in integrals and the difference characteristic of Nevanlinna. I. Radial maximum growth characteristics
Necessary and sufficient conditions for zero subsets of holomorphic functions
Let $D$ be a domain in the complex plane , $M$ be an extended real function on $D$ . If $f$ is a non-zero holomorphic function on $D$ with an upper constraint $|f|\leq \exp M$ on this domain $D$ , then it is natural to expect that there must be some upper constraints on the distribution of zeros of this holomorphic function exclusively in terms of the function $M$ and the geometry of the domain $D$ . We have investigated this question in detail in our previous works in the case when $M$ is a subharmonic function and the domain $D$ is arbitrary or with a non-polar boundary. The answer was given…
A flatness criterion for pseudo-effective sheaves on compact Kähler spaces
Université Côte d’Azur(蔚蓝海岸大学);CNRS, Institut de Mathématiques de Jussieu-Paris Rive Gauche, Sorbonne Université(法国国家科学研究中心,朱西厄-巴黎左岸数学研究所,索邦大学);Tohoku University(东北大学)