Jerry's Digital Garden

Bibliography
/Part 3: Functional Analysis/Chapter 10: Topological Vector Spaces/Section 10.1: Vector Space Topologies

Definition 10.1.2 (Translation-Invariant Topology).label Let $E$ be a vector space and $\topo$ be a topology on $E$, then $\topo$ is translation-invariant if for any $U \in \topo$ and $y \in E$, $U + y \in \topo$.

Direct Backlinks

  • Section 10.1: Vector Space Topologies
  • Proposition 10.1.8: [I.1.1, SW99]
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Jerry's Digital Garden

Bibliography

Direct Backlinks

  • Section 10.1: Vector Space Topologies
  • Proposition 10.1.8: [I.1.1, SW99]
Powered by Spec