Skip to main content
added 91 characters in body
Source Link
Jino
  • 699
  • 5
  • 14

Is there a Lie group G which has only two cells?

i.e. $ G = S^n \cup_f~ e^m$ where $f:S^{m-1}\to S^n$ with $m>n$

How many exists that groups? Infinitely many?

If there is no Lie group which has only two cell, how many cells needed to a Lie group?

Is there a Lie group G which has only two cells?

i.e. $ G = S^n \cup_f~ e^m$ where $f:S^{m-1}\to S^n$ with $m>n$

How many exists that groups? Infinitely many?

Is there a Lie group G which has only two cells?

i.e. $ G = S^n \cup_f~ e^m$ where $f:S^{m-1}\to S^n$ with $m>n$

How many exists that groups? Infinitely many?

If there is no Lie group which has only two cell, how many cells needed to a Lie group?

Source Link
Jino
  • 699
  • 5
  • 14

Is there a Lie group which is made $S^n \cup_f ~e^m$?

Is there a Lie group G which has only two cells?

i.e. $ G = S^n \cup_f~ e^m$ where $f:S^{m-1}\to S^n$ with $m>n$

How many exists that groups? Infinitely many?