This paper analyzes codimension-two submanifolds in Lorentz-Minkowski space, highlighting their geometrically defined structures and classifications.
In this paper, we investigate space-like codimension-two submanifolds of the Lorentz-Minkowski space E₁ⁿ⁺² constrained to lie on the light-like hypercylinder LCⁿ × R over the light cone LCⁿ. By constructing a geometrically defined global frame field on the submanifold, we analyze the geometric interpretations of the associated extrinsic invariants by providing characterizations of (pseudo-)isotropic and pseudo-umbilical submanifolds, as well as submanifolds with flat normal bundle. In particular, we obtain local classification theorems for these classes of submanifolds.
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Gineli et al. (2025) studied this question.
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