 In his discussion of the experimental violation of Bell’s inequalities Don Howard (1989) distinguishes, based on an earlier work done by Jon Jarrett, between locality and separability. The locality condition states that a measurement of a pair of objects emerging from a singlet is statistically independent of the setting of the apparatus used to measure its counterpart. However, the separability condition is defined as the joint probability is equal to the the product of the probability of each state. We know that the experimental violation of Bell’s inequalities involves the invalidation of one of these conditions. Moreover, if we take Ellerman’s argument into consideration, the two entangled particles, although separated, are still in a state of superposition until the measurement takes place.