Zurek's proposal regarding the derivation of Born's rule in quantum mechanics is discussed, with a focus on its compatibility with Bohmian Mechanics (BM). In BM, Born's rule emerges naturally as the highest entropy state, where Bohmian particles evolve to follow the square of the guiding wave function, akin to classical particles reaching thermal equilibrium. Critics argue that Zurek's assumptions may not hold in all measurement scenarios, particularly in cases where measurements destroy the state being measured. The conversation also touches on the philosophical implications of determinism in BM and the potential for non-deterministic interpretations that still align with experimental predictions. Overall, the discussion highlights the ongoing debate about the foundations of quantum mechanics and the implications for free will and artistic creation.