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Cleared up ambiguity; re-focussed the question on finding conditions/reasonable assumptions as to when it's true
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Spencer
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Is When is the automorphism group of homeomorphisms of a compact (metric) space locally compact?

IsWhen is the automorphism group of a compacthomeomorphisms of (metric)a compact space locally compact?

I am interested in finding out whether or notwhen the automorphism group of homeomorphisms of a compact topological space $X$ (with appropriate topology e.g. 'weak' or compact-open) is a locally compact space.

Or, whatWhat extra conditions canmight we be able to put on $X$ to ensure that $Aut(X)$it is locally compactso?... What if $X$ is, say, a metric space, i.e. and we ask when is the isometry group is locally compact?

Is the automorphism group of a compact (metric) space locally compact?

Is the automorphism group of a compact (metric) space locally compact?

I am interested in finding out whether or not the automorphism group of a compact topological space $X$ (with appropriate topology e.g. 'weak' or compact-open) is a locally compact space.

Or, what extra conditions can we put on $X$ to ensure that $Aut(X)$ is locally compact?... What if $X$ is, say, a metric space, i.e. when is the isometry group locally compact?

When is the group of homeomorphisms of a compact space locally compact?

When is the group of homeomorphisms of a compact space locally compact?

I am interested in finding out when the group of homeomorphisms of a compact topological space $X$ (with appropriate topology e.g. 'weak' or compact-open) is a locally compact space.

What extra conditions might we be able to put on $X$ to ensure that it is so?... What if $X$ is, say, a metric space and we ask when the isometry group is locally compact?

Source Link
Spencer
  • 1.8k
  • 2
  • 28
  • 31

Is the automorphism group of a compact (metric) space locally compact?

Is the automorphism group of a compact (metric) space locally compact?

I am interested in finding out whether or not the automorphism group of a compact topological space $X$ (with appropriate topology e.g. 'weak' or compact-open) is a locally compact space.

Or, what extra conditions can we put on $X$ to ensure that $Aut(X)$ is locally compact?... What if $X$ is, say, a metric space, i.e. when is the isometry group locally compact?