 Some physicists, like Elitzur et al. (2016), suggest a form of too-late-choice experiment that supports such a time-symmetric interpretations of quantum mechanics according to which backwards causation plays a significant role. In the normal EPR experiment, each measurement determines, say, the spin value of two separated, say, electrons in a singlet state along a certain orientation of the apparatus. The outcome then proves that the spin value of one electron has been affected by the distant experimenter’s choice of spin orientation of the other electron. However, what Elitzur et al. now imagine is a reversal setting in which a chosen spin value determines the corresponding orientation. Based on their analysis, they conclude that “it turns out that the orientation is similarly subject to nonlocal effects [as the spin value.]”