Structure and equivalence of a class of tube domains with solvable groups of automorphisms. (English) Zbl 1376.32003

Shimizu, Satoru

J. Math. Soc. Japan 69, No. 3, 1157-1177 (2017).

Summary: In the study of the holomorphic equivalence problem for tube domains, it is fundamental to investigate tube domains with polynomial infinitesimal automorphisms. To apply Lie group theory to the holomorphic equivalence problem for such tube domains \(T_\Omega\), investigating certain solvable subalgebras of \({\mathfrak {g}}(T_{\Omega})\) plays an important role, where \({\mathfrak {g}}(T_{\Omega})\) is the Lie algebra of all complete polynomial vector fields on \(T_\Omega\). Related to this theme, we discuss in this paper the structure and equivalence of a class of tube domains with solvable groups of automorphisms. Besides, we give a concrete example of a tube domain whose automorphism group is solvable and contains nonaffine automorphisms.

MSC:

32A07	Special domains in \({\mathbb C}^n\) (Reinhardt, Hartogs, circular, tube) (MSC2010)
32M05	Complex Lie groups, group actions on complex spaces

Keywords:

tube domains; solvable automorphism groups