Seperable maximal pluriharmonic functions in two complex variables.
We give some characterizations of the class and use them to establish a lower estimate for the log canonical threshold of plurisubharmonic functions in this class.
We find a bounded solution of the non-homogeneous Monge-Ampère equation under very weak assumptions on its right hand side.
The aim of the paper is to investigate subextensions with boundary values of certain plurisubharmonic functions without changing the Monge-Ampère measures. From the results obtained, we deduce that if a given sequence is convergent in -capacity then the sequence of the Monge-Ampère measures of subextensions is weakly*-convergent. As an application, we investigate the Dirichlet problem for a nonnegative measure μ in the class ℱ(Ω,g) without the assumption that μ vanishes on all pluripolar sets.
We prove that subextension of certain plurisubharmonic functions is always possible without increasing the total Monge-Ampère mass.