Let $G$ be a locally compact group. Does the following statement hold?
Let $f\in L^\infty(G)$. The map $x\to L_xf$ is uniformly continuse map from $G$ to $L^\infty(G)$ if and only if $G$ is discrete.
Note that $L_xf(t)=f(x^{-1}t)$.
Let $G$ be a locally compact group. Does the following statement hold?
Let $f\in L^\infty(G)$. The map $x\to L_xf$ is uniformly continuse map from $G$ to $L^\infty(G)$ if and only if $G$ is discrete.
Note that $L_xf(t)=f(x^{-1}t)$.
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