Since 2006, we have been working to realize new measuring methods for non-contact healing (bio-PK) power and have developed a biophoton measurement method, a gas measurement method, and a fluorescence measurement method using pieces of Cucumis sativus 'white spine type' cucumber as bio-sensors. The purposes of the present paper were: 1) to test bio-PK detectivity of our fluorescence method in early spring; 2) to test controllability of the direction of increase or decrease of fluorescence material; and 3) to compare results of the healing test with the pre- and post-tests. Eight volunteer healers (1 male, 7 females; 34-51y, average 46.8y) were participants. From the gas measurement results, in the healing test, bio-PK effects were detected as the average J value was J_G=0.104 (n=31, 95% confidence interval=±0.056). Also, in the pre-and post-tests, strange effects were detected as the average J value was J_G=0.127 (n=32, 95% confidence interval=±0.056). From the fluorescence measurement results, there were significant differences in J_F values between the healing and pre-and post-tests (p= 0.033-1.55×10^<-5>, n=123-128). Moreover, trial data were analyzed by their data patterns of J values (combined pattern of J_G and J_F values). Data patterns (response patterns of bio-sensor) were categorized into 3 groups by cluster analysis. It was concluded that: 1) the fluorescence measurement method was useful to detect bio-PK in early spring; 2) it was difficult to control the direction of increase or decrease of the amount of fluorescence material; and 3) there was a possibility that various healing ways can be categorized by response patterns of the bio-sensor.
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