Let x : M^n→ S^(n+1) be an immersed hypersurface in the(n + 1)-dimensional sphere S^(n+1). If, for any points p, q ∈ Mn, there exists a Mbius transformation φ :S^(n+1)→ S^(n+1) such that φox(Mn~) = x(M^n) and ...Let x : M^n→ S^(n+1) be an immersed hypersurface in the(n + 1)-dimensional sphere S^(n+1). If, for any points p, q ∈ Mn, there exists a Mbius transformation φ :S^(n+1)→ S^(n+1) such that φox(Mn~) = x(M^n) and φ ox(p) = x(q), then the hypersurface is called a Mbius homogeneous hypersurface. In this paper, the Mbius homogeneous hypersurfaces with three distinct principal curvatures are classified completely up to a Mbius transformation.展开更多
基金supported by the National Natural Science Foundation of China(Nos.11571037,11471021)
文摘Let x : M^n→ S^(n+1) be an immersed hypersurface in the(n + 1)-dimensional sphere S^(n+1). If, for any points p, q ∈ Mn, there exists a Mbius transformation φ :S^(n+1)→ S^(n+1) such that φox(Mn~) = x(M^n) and φ ox(p) = x(q), then the hypersurface is called a Mbius homogeneous hypersurface. In this paper, the Mbius homogeneous hypersurfaces with three distinct principal curvatures are classified completely up to a Mbius transformation.