Effects of Healing Intention on Cultured Cells and Truly Random Events

Abstract

Objective:

To explore effects of healing intention and intentional space conditioning on the growth of cultured human brain cells and the distribution of truly random events.

Design:

The experiment took place inside an electromagnetically and acoustically shielded chamber over a period of 3 days. On each day randomly selected flasks of human astrocytes in culture were exposed to healing treatments; an equal number of unexposed flasks served as controls. Intentional healing and space-conditioning meditations were repeatedly held inside the chamber over the course of the experiment to see if this activity would cumulatively enhance the efficacy of healing treatments. To monitor the environment for negentropic effects possibly associated with healing intention, three truly random number generators were operated continuously throughout the duration of the experiment.

Outcome measures:

For the cell cultures, the outcome measure was the difference in mean colonies formed under healing intention versus control conditions, and the change in these differences over the 3-day experiment. For the random number generators, the outcome measure was the variance in the distribution of random numbers generated, compared to chance expectation.

Results:

There was no overall difference in growth between treated and control cells. A treatment by day interaction indicated that treated cells grew more than control cells as the experiment progressed (p = 0.02). The three random number generators deviated from chance expectation on the morning of the third day of the experiment (combined peak associated with p = 0.00009).

Conclusions:

Results were consistent with the postulate that healing intention, applied repeatedly in a given location, may alter or condition that site so as to enhance the growth of treated cell cultures compared to untreated controls. Repeated intentions also appear to be associated with a general increase in negentropy or statistical order.