The Quantum Dimension

During the summer and fall of 2008, twentieth century physics was shattered by the confirmation of a fourth quantum dimension. In that period, a new order of physical reality was experimentally confirmed. It could not have been anticipated nor fully acknowledged as possible by conventional three-dimensional physics. Four-dimensional quantum geometry experimentally derived Planck's Constant with a precision not seen since the famous Robert Millikan derivation of 1916. It did so by confirming a new order of radiation which had been theoretically predicted only three months earlier in one of the nation's most prestigious physics journal. Starting in mid-2008, the negative light frequencies predicted by the author's quantum electron-string model as well as by a new soliton-based "1+1, ' kink' geometry" (Journal of Physical Review, Feb. 2008) were experimentally proven and measured. Black light, identified as negative radiation (N-radiation), was shown to drop the temperature in cotton fibers at a rate which derived Planck's Constant as a function of the number of hydrogen bonds in the molecule. This experiment confirmed four-dimensional quantum geometry and the model of the atom it had predicted.