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Immersion in $$\mathbb {R}^n$$Rn by Complex Spinors

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A beautiful solution to the problem of isometric immersions in $$\mathbb {R}^n$$Rn using spinors was found by Bayard et al. (Pac J Math, arXiv:1505.02935v4 [math-ph], 2016). However to use spinors… Click to show full abstract

A beautiful solution to the problem of isometric immersions in $$\mathbb {R}^n$$Rn using spinors was found by Bayard et al. (Pac J Math, arXiv:1505.02935v4 [math-ph], 2016). However to use spinors one must assume that the manifold carries a $$\text{ Spin }$$Spin-structure and, especially for complex manifolds where is more natural to consider $$\text{ Spin }^{\mathbb {C}}$$SpinC-structures, this hypothesis is somewhat restrictive. In the present work we show how the above solution can be adapted to $$\text{ Spin }^{\mathbb {C}}$$SpinC-structures.

Keywords: text spin; complex spinors; immersion mathbb; spin; mathbb; mathbb complex

Journal Title: Advances in Applied Clifford Algebras
Year Published: 2018

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