Skip to main content
edited tags
Link
Ricardo Andrade
  • 6.2k
  • 5
  • 42
  • 69
changed tags, improved formatting
Source Link
Mark Grant
  • 35.9k
  • 8
  • 95
  • 198

some Some facts a boutCutabout cut-locus

Let $M$ be a 2-dimensional closed Riemmanian manifold diffeomorphic to $S^2$.

S.B.Myers says "the cut-locus of every point $x\in M$ is a finite tree."

let M be a 2-dimensional closed Rimmanian manifold diffeomorphic to S^2. S.B.Myers says "the cut-locus of every point x on is a finite tree." 1-How the set of point can be a tree ?what are the edgs

  1. How the set of point can be a tree? What are the edges?
  2. Is $p$ an element of $\operatorname{cut-locus}(p)$?

2-Is p a element of cut locus(p)? II can not find any paper of Myers in this case. thanksThanks!

some facts a boutCut-locus

let M be a 2-dimensional closed Rimmanian manifold diffeomorphic to S^2. S.B.Myers says "the cut-locus of every point x on is a finite tree." 1-How the set of point can be a tree ?what are the edgs

2-Is p a element of cut locus(p)? I can not find any paper of Myers in this case. thanks!

Some facts about cut-locus

Let $M$ be a 2-dimensional closed Riemmanian manifold diffeomorphic to $S^2$.

S.B.Myers says "the cut-locus of every point $x\in M$ is a finite tree."

  1. How the set of point can be a tree? What are the edges?
  2. Is $p$ an element of $\operatorname{cut-locus}(p)$?

I can not find any paper of Myers in this case. Thanks!

Source Link

some facts a boutCut-locus

let M be a 2-dimensional closed Rimmanian manifold diffeomorphic to S^2. S.B.Myers says "the cut-locus of every point x on is a finite tree." 1-How the set of point can be a tree ?what are the edgs

2-Is p a element of cut locus(p)? I can not find any paper of Myers in this case. thanks!