Isometric Immersion: Finding Geodesic Curves

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SUMMARY

The discussion centers on the concept of isometric immersion and its relationship with geodesic curves. Specifically, the question posed is whether a curve in the image of an isometric immersion, denoted as f(M), can be geodesic in the target manifold N. The example of a sphere embedded in R^3 is cited to illustrate the argument against the existence of such geodesic curves in general cases.

PREREQUISITES
  • Understanding of isometric immersion in differential geometry
  • Familiarity with geodesic curves and their properties
  • Basic knowledge of manifolds and their embeddings
  • Concept of Riemannian metrics and curvature
NEXT STEPS
  • Study the properties of geodesics in Riemannian geometry
  • Explore examples of isometric immersions in various manifolds
  • Investigate the implications of curvature on geodesic paths
  • Learn about the relationship between embeddings and immersions in differential topology
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Mathematicians, particularly those specializing in differential geometry, as well as students and researchers interested in the properties of curves and surfaces in higher-dimensional spaces.

brown042
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Let f:M-->N be isometric immersion.
Is it true that we can find a curve in f(M) which is geodesic in N?
Thanks.
 
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I don't think so. Take for example a sphere inside R^3.
 

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