A Science That Explains How Your Thoughts & Experiences Affect Your DNA

“In the case of HeartMath’s research, HeartMath founder Doc Childre believes it is the heart’s intelligence that creates a connection energetically with DNA in order to intentionally adjust its structure. In theory, this same principal could explain how the same phenomenon is happening to water, cells or other aspects of our reality.” ~J. Martino

DNAThe area of scientific study so often referred to as “pseudo-science” continues to get mainstream attention as time after time very interesting results capture the minds and hearts of those who think there is more to our world than meets the eye. While not completely understood yet, it appears the common label of “pseudo-science” is more of a defense mechanism of dogmatic scientists than it is a legitimate claim. After all, in the spirit of science, a theory holds true until we can prove it wrong via the scientific method.

The field of epigenetics refers to the science that studies how the development, functioning and evolution of biological systems are influenced by forces operating outside the DNA sequence, including intracellular, environmental and energetic influences.

Experiments Evaluating Thoughts On Water

There have been experiments in the past that closely monitored the potential of our thoughts as they affect reality. One of the most well known experiments was conducted by Dean Radin, Ph.D., who is the Chief Scientist at IONS and Adjunct Faculty in the Department of Psychology at Sonoma State University.[1] The experiment was done to measure how intention alone affects water crystal formation. Co-Investigators were Masaru Emoto, a Japanese energy scholar and author along with a few other researchers and scientists.

The experiment tested the hypothesis that water exposed to distant intentions affects the aesthetic rating of ice crystals formed from that water. Results showed that the test was consistent with a number of previous studies suggesting that intention may be able to influence the structure of water.

Newer Research

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