  The many-worlds interpretation (MWI) of quantum mechanics is currently
experiencing a popular resurgence, propelled by such prominent and articulate
physicists as Sean Carroll, David Deutsch, Max Tegmark, and Lev Vaidman. The
consequences of MWI are mind-boggling: the spacetime universe of our experience
is only one branch of an unimaginably fast-multiplying plethora of alternative
universes held incommunicado. In this paper, we propose that the mass of
Medusa's hair served up by MWI is due to a failure to embed the spacetime
universe in the right space: spacetime is a slice of bread, not a splitting
strand of pasta. By way of motivation, we first give a very simple presentation
of Bell's inequality by comparing it to a ``quantum game show'', followed by a
simple description of Aspect's 1985 experiment involving entangled photons
which confirms the inequality. We interpret the paradoxical correlation between
measurements as resulting from a process outside of spacetime that produces
both the original entanglement and the measurements. This is followed by a
brief presentation of MWI, and then by a pictorial comparison of the proposed
process model and MWI. The final section lists a number of potential
consequences of the model related to causality, determinism, free will, and
consciousness, and points to further references that give a more in-depth and
rigorous presentation of the process dimension model.
  The entire article is non-technical and requires no mathematical background
other than high school mathematics and an understanding of basic concepts in
probability. The physics involved in Aspect's experiment is also explained.
