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In Bohmian mechanics particles follow continuous trajectories, hence 2-timeposition correlations are well defined. Nevertheless, Bohmian mechanicspredicts the violation of Bell inequalities. Motivated by this fact weinvestigate position measurements in Bohmian mechanics by coupling theparticles to macroscopic pointers. This explains the violation of Bellinequalities despite 2-time position correlations. We relate this fact toso-called surrealistic trajectories that, in our model, correspond to slowlymoving pointers. Next, we emphasize that the nice feature of Bohmian mechanics,which doesn't distinguish microscopic and macroscopic systems, implies that thequantum weirdness of quantum physics also shows up at the macro-scale. Finally,we discuss the fact that Bohmian mechanics is attractive to philosophers, butnot so much to physicists and argue that the Bohmian community is responsiblefor the latter.

Why Bohmian Mechanics? one and two-time position measurements, Bell inequalities, philosophy and physics