Effect of Colorpuncture on Spontaneous Photon Emission in a Subject Suffering from Multiple Sclerosis

Spontaneous photon signals from four sites of a human subject suffering from multiple sclerosis were detected in 3600 bins of 50 milliseconds by a photo multiplier sensitive in 160−630 nm, before and after a session of colorpuncture treatment. Measurements were made in 22 sessions over a period of 9 months. Each signal was analyzed to determine if it was a quantum signal in a squeezed state. The analysis first generates 10 signals of bin sizes (50 to 500 milliseconds at 50 millisecond intervals) by merging the counts at contiguous bins of the observed signal and then estimates three squeezed state parameters (r, θ and φ) in these ten signals and nine other combinations of signals. All estimations yield r = 2.72?10−10, θ= 101.91º and φ= 69.53º for TolX = 10−8 in every signal of a healthy subject. These are normal values of the parameters. Other values of parameters in a signal of any estimation indicate some ailment. The deviation from the squeezed state description of a signal is quantified by a new property, “coherency index”, which appears to be a good indicator of health. A session of colorpuncture treatment changed coherency indices of signals from different sides and provided relief to the subject suffering from multiple sclerosis. The changes in coherency indices and relief were temporary. Changes in coherency indices lasting for longer periods occurred after many sessions of treatment.