Unexplained Functions of the Pyramidal Structure
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- Takagi Osamu
- International Research Institute (IRI) (Chiba, Japan)
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- Sakamoto Masamichi
- Aquavision Academy Co., Ltd. (Chiba, Japan)
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- Yoichi Hideo
- International Research Institute (IRI) (Chiba, Japan)
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- Kawano Kimiko
- International Research Institute (IRI) (Chiba, Japan)
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- Yamamoto Mikio
- International Research Institute (IRI) (Chiba, Japan)
Bibliographic Information
- Other Title
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- ピラミッド型構造物の知られざる機能
Description
Until this study, there have been few statistically significant and rigorous scientific experiments on the function of a pyramidal structure. This study was begun in October 2007 at the International Research Institute (IRI) and continues to date. The purpose of this research has been to elucidate an unexplained function (a so-called "pyramid power") related to the pyramidal structure (PS) that is not yet understood by modern science. We have been conducting scientifically rigorous experiments to demonstrate the existence of "pyramid power" in which sections of edible cucumber (Cucumis sativus 'white spine type') were used as biosensors for detecting the unexplained effects of the PS. We analyzed the concentration of gas released from the biosensors and tried to elucidate the PS influences (its non-contact effects) on the biosensors. At IRI, we have researched and developed a method for detecting non-contact effects by analyzing gas concentrations. So far, it has been used to detect the non-contact effects by a healer and to detect a biological field distributed around the healer. Regarding the preparation of the biosensors, more than 12,000 cucumbers have been used so far (more than 24,000 gas concentration data were obtained). Our study has been conducted by setting biosensors at the top of the PS which could be divided into two types of experiments with different experimental conditions. The two types were: (i) the PS and a human (the test subject) were related and (ii) the PS and a human (the test subject) were not related. The results for experiment type (i) suggested that two unexplained energies, originating from the human (force types I and II), were related, but the results differed depending on the related force types. In other words, the PS reacted differently in the case of (i-1) the PS and a human unconsciousness (force type I) were related and (i-2) the PS and a human influence meditating in the PS (force type II) were related. The experiment type (ii) was conducted under the condition that the test subject did not enter the PS for at least 20 days after it was last used. From this analysis, we found the existence of an unexplained function of the PS (that is, "pyramid power") could be demonstrated with high statistical accuracy for any of the experimental conditions (i-1), (i-2) and (ii). In the case of (i-1), a non-contact effect considered to correspond to an unconscious change from the sleep state to the awakened state of the test subject more than 6 km away was detected, and a long-range non-contact effect was discovered (1% significance). In the case of (i-2), a non-contact effect was detected for 10 or more days after meditation, and a short-range non-contact effect with a delay was found (p = 3.5 × 10-6; Welch's t-test, two-tails, the p value after this was also the same). The experimental results of the non-contact effect with delay could be approximated very well by the theoretical curve calculated from the transient response model in control theory. From results of the experiment type (ii), the non-contact effect due to the potential power of the PS was detected (p = 6.0 × 10-3), and the potential power varied according to the season, that is, it was larger in summer and smaller in winter. In addition, we discovered that the effect of the potential power of the PS on the upper and lower stages of the biosensors placed in two layers at the top of the PS was different (p = 4.0 × 10-7). These results are the world's first research results to prove "pyramid power" through rigorous scientific experiments and analysis. The results are expected to open up a new field of science and a wide range of applied fields.
Journal
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- Journal of International Society of Life Information Science
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Journal of International Society of Life Information Science 38 (1), 22-, 2020
International Society of Life Information Science
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Keywords
Details 詳細情報について
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- CRID
- 1390283659867083520
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- NII Article ID
- 130007824820
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- ISSN
- 24240761
- 13419226
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- Text Lang
- en
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- Data Source
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- JaLC
- CiNii Articles
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- Abstract License Flag
- Disallowed