42. Newton's mechanics is quantum mechanics

An analysis of Newton's second law of motion in the Principia (1687/1713) and of Galileo's view of generation of motion in the case of naturally accelerated motion in the Discorsi 1638) shows that "acceleration" results from an addition of equal increments of uniform straight-line motion, the integer number of which is generated in proportion to the integer number of discrete quanta of "impressed force" and of equal particles of time elapsed. The (Galilean-) Newtonian geometric theory of motion is a quantum theory of motion.

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