List questions from topological-groups

Published on 27 Aug 2018 - 8:05

572

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Discrete subgroup of topological group

Published on 29 Aug 2018 - 3:36

56

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Verification of morphism is $G-$module morphism.

Published on 31 Aug 2018 - 21:35

48

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Subgroups of Compact groups are exactly the totally bounded groups.

Published on 03 Sep 2018 - 10:54

82

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If $G/H$ is homeomorphic to $\mathbb R^n$ then $H$ is normal subgroup

Published on 06 Sep 2018 - 22:47

58

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Is there an algebraic or geometric explanation for why $Spin_7\simeq_{\frac{1}{3}}S^7\times G_2$?

Published on 10 Sep 2018 - 11:10

164

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A Corollary from Munkres' Topology

Published on 25 Mar 2026 - 6:19

158

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All Lie subgroups of $\mathbb{R}$

Published on 11 Sep 2018 - 9:29

111

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questions about connected and Hausdorff topological Space

Published on 13 Sep 2018 - 19:42

167

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The neighborhood of e in a topological group

Published on 14 Sep 2018 - 7:37

99

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Exercise on categories of $G$-set

Published on 14 Sep 2018 - 9:41

471

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An example of a group with a topology

Published on 16 Sep 2018 - 17:48

80

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The intersection of all stabilizers in a continuous action

Published on 17 Sep 2018 - 7:57

224

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Continuous group actions and transitivity

Published on 19 Sep 2018 - 10:06

278

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On proving that $G/\overline{\{e\}}$ is Hausdorff for a topological group $G$.

Published on 23 Sep 2018 - 23:03

List Question

Non-Lie Subgroups of GLn(R)

Discrete subgroup of topological group

Verification of morphism is $G-$module morphism.

Subgroups of Compact groups are exactly the totally bounded groups.

If $G/H$ is homeomorphic to $\mathbb R^n$ then $H$ is normal subgroup

Is there an algebraic or geometric explanation for why $Spin_7\simeq_{\frac{1}{3}}S^7\times G_2$?

A Corollary from Munkres' Topology

All Lie subgroups of $\mathbb{R}$

questions about connected and Hausdorff topological Space

The neighborhood of e in a topological group

Exercise on categories of $G$-set

An example of a group with a topology

The intersection of all stabilizers in a continuous action

Continuous group actions and transitivity

On proving that $G/\overline{\{e\}}$ is Hausdorff for a topological group $G$.

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