As the question states, I am reading somewhere that:
$$2^{O(\sqrt{\log (\log^3 n)})} = 2^{O(\sqrt{\log \log n})}$$
I don't quite see why, though, as $\log^3 n \neq O(\log n)$?
As the question states, I am reading somewhere that:
$$2^{O(\sqrt{\log (\log^3 n)})} = 2^{O(\sqrt{\log \log n})}$$
I don't quite see why, though, as $\log^3 n \neq O(\log n)$?
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