Suppose P = NP, would that mean that Hamiltonian-Cycle is no longer NP-Hard? Hamiltonian-Cycle is a language where a given graph G contains a Ham-Cycle.
Make the assumption that P = NP
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The definition of NP-Hard is that it allows you to solve a NP-complete problem, which is a fancy way of saying "solving this problem is at least as hard as solving any NP problem".
If P = NP, a NP-hard problem stays NP-hard, in the sense that "solving this problem is still at least as hard as solving any NP problem". But since P = NP, this is equivalent to "solving this problem is at least as hard as solving any P problem". Which is generally not considered hard