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Anomalous "Living" Spectrographic Changes in Water Structures: Explorations in New Territory.

Authors :
DeMeo, J.
Source :
Water Journal. 2018, Vol. 10, p41-81. 41p.
Publication Year :
2018

Abstract

Unusual spectrographic signatures can be induced into water by radiant non-contact material-environmental influences. Farultraviolet (UV) absorption and near-UV/ blue fluorescence properties were observed to appear in distilled water samples by charging inside the controversial Wilhelm Reich Orgone Accumulator (ORAC), where no chemical or material contacts were made between the charging ORAC device and the water being treated. Similar spectral absorbance and fluorescence reactions were identified in natural rainwater and snowmelt samples, being nearly identical in spectral properties to the ORAC-charged water samples. Spectral similarities, as found in other studies of water structure or activation -- such as exclusion-zone (EZ) water samples, and in aqueous solutions of DNA -- have also been identified. These repeating spectral absorbance and fluorescence similarities as found in such diverse experimental or natural influences, involving both direct physical contact and non-contact radiant induction, are postulated to indicate a substantive cosmic energy which infuses into favorably-exposed water. Widely-observed natural optical phenomena of a similar blue color, almost uniformly detected by spectral intensity measures suggestive of water-structure fluorescence reactions, but rarely considered as such, are also discussed. Examples include certain exceptionally blue mountain lakes, blue glowing atmospheres over certain mountain ranges, blue-glowing waters and hot springs with healing properties, and blue glacial ice blocks and snow holes, as observed under both direct sunlight and overcast conditions. Certain blue-glowing astrophysical phenomena are also considered, which take on a new light given the more recent discoveries on the abundance of water in the universe. [ABSTRACT FROM AUTHOR]

Details

Language :
English
ISSN :
21558434
Volume :
10
Database :
Academic Search Index
Journal :
Water Journal
Publication Type :
Academic Journal
Accession number :
138262974
Full Text :
https://doi.org/10.14294/2018.6