Advances in High-Energy Organic Chemistry
Abstract: We have empirically observed, for the first time, an accurate reading for the half-life of a combined chocolate-mint crush bar (Mf) having an initial mass of 200 grams. During the observations, the mass of the Mf underwent Zeta decay from 200 g to 100 g within about 310 seconds, causing an instantaneous measured energy gain of 7.0805 kJ/s in the observers. The instantaneous energy gain observation is consistent with the five-dimensional space-time manifold Rye-Ergot vertex postulate of the super-string “many worlds” theory [McKenna77].
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