Uniqueness problem for meromorphic mappings with Fermat moving hypersurfaces
We give unicity theorems for meromorphic mappings of into ℂPⁿ with Fermat moving hypersurfaces.
We give unicity theorems for meromorphic mappings of into ℂPⁿ with Fermat moving hypersurfaces.
In this paper, using techniques of value distribution theory, we give a uniqueness theorem for meromorphic mappings of into with truncated multiplicities and “few" targets. We also give a theorem of linear degeneration for such maps with truncated multiplicities and moving targets.
In this paper, using techniques of value distribution theory, we give some uniqueness theorems for meromorphic mappings of Cm into CPn.
We study analytic families of non-compact cycles, and prove there exists an analytic space of finite dimension, which gives a universal reparametrization of such a family, under some assumptions of regularity. Then we prove an analogous statement for meromorphic families of non-compact cycles. That is a new approach to Grauert’s results about meromorphic equivalence relations.