\begin{equation} H^{*} \implies \text{PRG} G \qty {\pm 1}^{l} \to \qty {\pm 1}^{n} \end{equation}
where \(L = O\qty(\log n)\) that 0/1 fools circuits of size \(n^{3}\).
which ultimately shows P = BPP.
\begin{equation} H^{*} \implies \text{PRG} G \qty {\pm 1}^{l} \to \qty {\pm 1}^{n} \end{equation}
where \(L = O\qty(\log n)\) that 0/1 fools circuits of size \(n^{3}\).
which ultimately shows P = BPP.