  In this paper I discuss how we might go about about performing a Bell
experiment in which humans are used to decide the settings at each end. To get
a sufficiently high rate of switching at both ends, I suggest an experiment
over a distance of about 100km with 100 people at each end wearing EEG
headsets, with the signals from these headsets being used to switch the
settings.
  The radical possibility we wish to investigate is that, when humans are used
to decide the settings (rather than various types of random number generators),
we might then expect to see a violation of Quantum Theory in agreement with the
relevant Bell inequality. Such a result, while very unlikely, would be
tremendously significant for our understanding of the world (and I will discuss
some interpretations).
  Possible radical implications aside, performing an experiment like this would
push the development of new technologies. The biggest problem would be to get
sufficiently high rates wherein there has been a human induced switch at each
end before a signal as to the new value of the setting could be communicated to
the other end and, at the same time, a photon pair is detected. It looks like
an experiment like this, while challenging, is just about feasible with current
technologies.
