A Classical (Boolean) Computer Code That mimics the operation of a hypothetical new type of quantum computer
About the description of physical reality of Bell's experiment
A hidden variables model complying with the simplest form of local realism was recently introduced, which reproduces the predictions for an even ideally perfect bell s experiment.This is possible thanks to the use of a non-boolean vector hidden variable.Yet, that model is as far as the goal of providing a complete description of physical reality in the epr-sense from the goal of providing a complete description of physical reality in the epr-sense.Such complete description includes the capacity to calculate,from the values taken by the hidden variables, the time values when particles are detected.This can be achieved by replacing born s rule (which allow only probabilities) with a deterministic condition for particle detection.The simplest choice is a threshold condition on the hiddenvariables.However, in order to test this choice, a new type of quantum (or wave, or non-boolean) computer is necessary.This new type of quantum computer does not exist yet, not even in theory.In this paper, a classical (boolean)computer code is presented which mimics the operation of that new type of quantum computer by using contextual instructions.Non-boolean, feature).Numerical results generated by the mimicking code are analyzed.
