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A sufficient condition for a set of primes to be the set of reducibility of an integer polynomial

Let $P$ be the set of all positive primes. Let $S\subset P$ be a subset that has a well-defined natural density. Assume the density of $S$ is not equal to zero or one. Does there exist a non-constant monic polynomial over $\mathbb{Z}$ that is reducible modulo the primes in $S$ and only those primes?

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