Skip to main content
edited tags
Link
Fernando Muro
  • 15.2k
  • 2
  • 49
  • 78
edited title
Link
pvigato
  • 153
  • 5

Can Must a weak homotopy equivalence induce an isomorphism between stable homotopy groups?

fixed latex
Source Link
Eric Wofsey
  • 31.2k
  • 2
  • 115
  • 151

I'm confused by the following question: f:X\to Y$f:X\to Y$ is a weak homotopy equivalence, that is f_:\pi_(X)\to \pi_(Y) is an isomorphism for any dimensional homotopy groups. However, for the stable homotopy groups, is the homomorphism f_:\pi_^s(X)\to \pi_^s(Y)$f_*:\pi_*(X)\to \pi_*(Y)$ is an isomorphism for any dimensional homotopy groups. However, for the stable homotopy groups, is the homomorphism $f_*:\pi_*^s(X)\to \pi_*^s(Y)$ still an isomorphism?

Any comments are welcome! Many Thanks!

I'm confused by the following question: f:X\to Y is a weak homotopy equivalence, that is f_:\pi_(X)\to \pi_(Y) is an isomorphism for any dimensional homotopy groups. However, for the stable homotopy groups, is the homomorphism f_:\pi_^s(X)\to \pi_^s(Y) still an isomorphism?

Any comments are welcome! Many Thanks!

I'm confused by the following question: $f:X\to Y$ is a weak homotopy equivalence, that is $f_*:\pi_*(X)\to \pi_*(Y)$ is an isomorphism for any dimensional homotopy groups. However, for the stable homotopy groups, is the homomorphism $f_*:\pi_*^s(X)\to \pi_*^s(Y)$ still an isomorphism?

Any comments are welcome! Many Thanks!

Source Link
pvigato
  • 153
  • 5
Loading