Negentropic effects in quantum-based noise devices during biofield healing
Abstract
One thousand custom-designed quantum noise generators (QNGs) were employed in a biofield healing experiment as exploratory sensors for a purported biofield. The devices continuously recorded random voltages in electronic components at 10 Hz, where the randomness was based on quantum tunneling and other physical sources of noise in semiconductors. Each of six healing sessions was about 30 min long, preceded and followed by short baseline periods with and without the healer present in the laboratory. Analysis of average noise levels, compared with control data, indicated significant deviations from chance expectation during the healing periods. A secondary analysis quantifying fractal complexity confirmed a significant negentropic shift specifically during the healing periods and compared to matched control sessions. This outcome is consistent with results observed in previous healing studies, suggesting that energy medicine healing is associated with a negentropic effect in the environment that can be detected as the emergence of unexpected order in quantum-based randomness.
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