Bell inequalities are still poorly understood

Nicolas Gisin writes in a new paper:

On the conceptual side, the violation of Bell inequalities dramatically revolutionized our world-view. Interestingly, Newton’s theory of gravity was also non-local, even signaling.... In contrast to Newton’s non-locality, quantum non-locality is here to stay; the experimental evidence is clear on that point.

He complains that the Nobel committee does not agree with him:

Despite these beautiful experiments and the intellectually fascinating discoveries, Bell inequalities remained dismissed and poorly understood. Even to this day, the clear terminology non-local (equivalently, not-Bell-local) is too often blurred as not satisfying “local-realism”, as if non-realism was a way out [3, 4]. The fact is that assumption (1) is no longer tenable. As an example, consider the scientific background provided by the Nobel Committee [5]. A few lines after correctly presenting Bohm’s non-local hidden variable model, one reads that Bell inequality violation shows “that no hidden variable theory would be able to reproduce all the results of quantum mechanics”, contradicting the just cited Bohm model (which does predict violation of Bell inequalities). The correct statement is that no local variable theory is able to reproduce all results of quantum mechanics. And a few lines further, locality is defined as no-signaling - no communication without any physical object carrying the information, despite the fact that one of the main contribution of quantum information to the foundations of physics is a clear distinction between these two concepts. Next, realism is defined as determinism, even though Bell inequalities also hold in all stochastic theories satisfying (1). All this illustrates that Bell inequalities are still poorly understood by the general physics community. The 2022 Nobel Prize in physics allows one to hope that henceforth Bell inequalities will be part of all physics [courses].

I am with the Nobel Committee. The Bell inequalities told us nothing new. Bohm's theory is unphysical, and need not be considered seriously. Neither does any nonlocal theory.

I am not even sure quantum information is a worthwhile concept. Quantum cryptography and teleportation have not found any commercial uses.

I cannot find it, but there is a video clip of R.P. Feynman being asked about Bell's theorem. He dismisses it as unimportant. He says it was just a way of formulating what everyone already knew.