Let $G$ be a finite discrete group. We denote by $A(G)$ the Fourier algebra of $G$ and $M_{cb}A(G)$ the space of completely bounded multipliers of $A(G)$.
Is is true that $A(G)=M_{cb}A(G)$ isometrically?
Let $G$ be a finite discrete group. We denote by $A(G)$ the Fourier algebra of $G$ and $M_{cb}A(G)$ the space of completely bounded multipliers of $A(G)$.
Is is true that $A(G)=M_{cb}A(G)$ isometrically?
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