I read that, and I followed up with the Fermilab research of 2006, but in both cases, if Neutrinos are multi-dimensional, and rotate through three dimensional space, the results would be the same.  The advantage to a theory that allows the particles to be multi-dimensional is that neutrinos could be massless, move at the speed of light and not disturb the standard model.  The only glitch I can see is that it means that some part of the mass of the universe exists in more than the three spacial dimensions that we percieve.  That hypothesis has been around for awhile, and an exploration of the possiblility that neutrinos were just such a particle would give credance to it and maybe lead to a much broader view of conventional space/time.  I really, really appreciate your answer, and it is probably spot on, but no one has even looked into the other possibility, insofar as I can determine.

Thanks,

Victor Ray Rutledge

VeeRay@netscape.com