Indirect Instrumental Detection of Ultraweak, Presumably Electromagnetic Radiation from Organisms

Abstract

We performed a series of experiments to examine the possibility that theoretically proposed and indirectly empirically confirmed ultraweak electromagnetic (EM) emission from living beings can change the structure of water. We pursued three lines of experiments. In the first we tried to examine whether and how water, nonchemically exposed to growing and dying spruce seedlings, influences the germination of seeds and the growth of seedlings of the same species. The second line, presented here, tested whether and in what way distilled water, nonchemically exposed to growing and dying spruce seedlings as well as to different ontogenetic phases of mealworm beetle, can be restructured and this structure later reproduced through a specially developed method of electrophotography. The results of exposures to seedlings and beetles (below 22°C) showed significant differences from the control. There were no significant differences from exposures to beetles above 22°C and in the double control test (comparison of two distilled waters). This line of experiments thus demonstrates that our new system for electrophotography can detect subtle changes in water exposed to organisms as well as further indirect evidence for some form of ultraweak, most probably EM emission from living beings and that such emission alters water in some as yet unknown way.

Key Words:

• Electrophotography
• Kirlian photography
• Corona discharge
• Spruce seedlings
• Mealworm beetle
• Larvae
• Ultraweak light emission
• Endogenous coherent oscillations
• EM structuring of water
• Water memory