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Negentropic effects in quantum-based noise devices during biofield healing
1Institute of Noetic Sciences, Novato, California, USA.
Explore (New York, N.Y.)
|April 27, 2026
Summary
Quantum noise generators detected significant environmental order during biofield healing sessions. This suggests energy medicine may induce a negentropic effect, measurable through quantum randomness.
Area of Science:
- Quantum physics
- Biofield science
- Energy medicine
Background:
- The existence of a biofield remains an area of scientific inquiry.
- Previous studies suggest a link between healing practices and measurable environmental effects.
- Quantum phenomena are sensitive to subtle environmental influences.
Purpose of the Study:
- To investigate whether a purported biofield can be detected using quantum noise generators (QNGs).
- To analyze changes in quantum randomness during biofield healing sessions.
- To explore the potential for a negentropic (order-increasing) effect associated with energy medicine.
Main Methods:
- One thousand custom-designed QNGs recorded random voltages at 10 Hz, utilizing quantum tunneling in semiconductors.
- Six 30-minute healing sessions were conducted, each with baseline recordings before and after.
- Data analysis included average noise levels and fractal complexity compared to control sessions.
Main Results:
- Significant deviations from chance expectation were observed in noise levels during healing periods.
- A significant negentropic shift in fractal complexity was specifically detected during healing.
- Results were consistent across multiple healing sessions and compared to matched controls.
Conclusions:
- Biofield healing may be associated with a detectable negentropic effect in the environment.
- QNGs can serve as exploratory sensors for subtle environmental changes during healing.
- The findings support the hypothesis that energy medicine influences quantum-based randomness, introducing order.
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