Journal of International Society of Life Information Science
Online ISSN : 2424-0761
Print ISSN : 1341-9226
ISSN-L : 1341-9226
Lectures
Scientific Study of the Pyramid Effect Using a Biosensor
Osamu Takagi Masamichi SakamotoHideyuki KokuboHideo YoichiKimiko KawanoMikio Yamamoto
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2017 Volume 35 Issue 2 Pages 133-

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Abstract

Our research objective is to strictly demonstrate the existence of the pyramid effect scientifically. The pyramid effect we have demonstrated so far is the following three points. 1. We compared the difference between a case where a meditator is present in a pyramidal structure (PS) and a case without a meditator. As a result, it was demonstrated that the influence on biosensor (edible cucumber section) placed at the PS vertex was different (p=3.13×10-10) [1]. 2. The influence (non-contact effect) on the biosensor placed at the PS vertex was detected not when a meditator was present in the PS but after the meditator stayed out in the PS. The non-contact effect with delay was able to be detected for about 10 days after the meditator became absent. From this result, we discovered a new phenomenon "a unique non-contact effect with delay involving pyramidal structures" [2]. 3. We clarified the occurrence requirement of the pyramid effect caused by the relationship between PS and the meditator. That is, it proved that non-contact effects are detected significantly only when a meditator is present in the PS, and are not detected under other conditions [3,4]. It is important to clarify the characteristics of cucumbers used as biosensors in future pyramid effect research. In recent research, we were able to obtain new findings on biological response rhythm, which is one of cucumber characteristics.

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