 Superdeterminism has gained some advocates, most notably Gerard ’t Hooft, who makes it a feature of his Cellular Automaton Interpretation of quantum mechanics (’t Hooft 2016). It should be noted that superdeterminism is a condition that is considerably stronger than mere determinism. It is uncontroversial that the sort of devices that Bell speaks of, which have the effect of making the choice setting of an experimental parameter depend on initial conditions in a way that is highly sensitive to small perturbations and which would ordinarily be accepted as effectively randomizing the choice, do exist. Superdeterminism requires these settings to be nonetheless determined by the conditions at some past time, in such a way that the settings are distributed in just the right way to produce the quantum statistics in Bell-type experiments, despite the underlying physics being local, no matter what randomization method is employed. For example, in the experiment of Shalm et al. (2015), the measurement decisions were determined by applying an XOR (exclusive or) operation to three bits from three independent sources, one of which was a pseudorandom sequence constructed from digits of \(\pi\) and binary strings derived from various popular culture sources, including episodes of the movies Monty Python and the Holy Grail, the Back to the Future trilogy, and episodes of Doctor Who, Saved by the Bell, and Star Trek. A hypothetical cause that achieved the observed statistics via correlation between states of the photons studied and the choice of measurements would have had to precisely orchestrate the creative processes leading up to the digitized versions of these cultural artifacts in such a way that, when processed in conjunction with the outputs of the random number generators, produced just the right sequence of experimental choices.