Using the method
of moving frames and the algebraic techniques of T. E. Cecil and G. R.
Jensen that were developed while they classified the Dupin hypersurfaces with
three principal curvatures, we extend Hu and Li’s main theorem in PacificJ. Math. 232:2 (2007), 289–311 by giving a complete classification for all
Möbius isoparametric hypersurfaces in 𝕊n+1 with three distinct principal
curvatures.
Keywords
Möbius isoparametric hypersurfaces, Möbius second
fundamental form, Möbius metric, Möbius form, Möbius
equivalence