New Study Shows Plants Communicate Electrochemically Displaying Proto-Consciousness

Stefano Turini, Senior Lecturer in Biochemistry and Microbiology at the at the Center of Functional Supplementation and Integrative Medicine, and his team of researchers, conducted a study to examine the communication abilities of plants. They cited previous research and the history of our understanding of plant communication, which went from not recognizing that plants have something like a nervous system, to more recently recognizing that they also have something like a consciousness of their surroundings and ability to respond to it.

The researchers used a polygraphic machines that was connected to a computer that would detect patterns of artificial intelligence, to see if the plants exhibited any of those traits.

They noted that: “plants have a whole universe of direct and chemical connections with the soil, with organisms and with other roots...”. They concluded that:

“The results obtained have highlighted a logical succession of responses, which have allowed us to conclude that plants possess an advanced capacity for processing external stimuli and also of the human voice…” Plant exhibit the, “presence not only of a nervous system, but a complex processing capacity, comparable to a consciousness.” 

Does Each Species Possess its Own Bioresonance Frequency?

Joel Sternheimer introduced a revolutionary concept within the postulating that each molecular species possesses its own unique bioresonance frequency. After meticulously recording the frequencies associated with the twenty fundamental amino acids and the five nucleotides, including Uracil, which serves as a substitute for Thymine in RNA sequences, Sternheimer had an insightful revelation.

He found that after comparing the bioresonance frequencies of the molecules to musical notes, there were striking similarities. By considering the harmonics of these notes, which are multiples and/or submultiples of the original note, he was able to align the molecular frequencies with their corresponding harmonics. Consequently, it became feasible to transcribe gene sequences, composed of nucleotides, and proteins, made up of amino acids, into musical notes. This innovative transcription raised intriguing possibilities. What would transpire if this musical sequence were transmitted to a plant? Sternheimer claimed that if a plant lacked a specific protein, broadcasting the musical sequence corresponding to that protein could stimulate more vigorous growth at the plant's cellular level. This groundbreaking discovery laid the foundation for the concept of Molecular Memory. This notion has since garnered considerable attention from various research groups, who have further explored and developed the implications of this pioneering work.

Forests and Interspecies Communication

Recent research has shown that forest trees are interconnected by underground fungal mycelia, forming a neural network. Researchers hypothesize that self-awareness emerges spontaneously in large neural networks if certain conditions are met.

"Systems Thinking theorist J. P. Monat has hypothesized that human-level organismal self-awareness will emerge spontaneously in a well-connected neural network as the number of interconnected nodes exceeds ∼70 billion; he speculates that computer networks may achieve self-awareness as the number of nodes approaches this figure. Forests have historically not been perceived as interconnected networks of trees; recently however, researchers have described the “wood-wide web” in which underground fungi interconnect large numbers of trees and plants via chemical and electrical signals. Some of earth’s forests number many billions of trees, and some of the world’s prairies and seagrass meadows also contain billions of individual plants. These plant ecosystems may thus be self-aware, and in fact there may be a multitude of self-aware plant-based ecosystems on earth already. The speed of signal transmission via fungi within each ecosystem is much slower than that in humans, and therefore their organismal self-awareness may be of a different nature than the self-awareness that we associate with humans and upper primates." https://www.sciencedirect.com/science/article/abs/pii/S0016328724001125

Conclusion and Key Take-aways:

Taking into consideration the level and extent of cellular communication processes among plants, their intricate complexity, and interconnectedness with their ecosystems, we can appreciate our own cellular communication processes, and seek natural ways of aligning internal disequilibriums and resulting dysfunction using sound therapies.

One study in 2020 used a form of music therapy using Binaural Tones, found that the therapy "showed a significant increase in the values of the three main molecules, on all the examined patients, demonstrating the operative efficacy of the technique and its applicability to nuymerous disseases." (2). We should not be too surprised when both plants and animals respond unconsciously and physiologically, to positive vibrations. 

Key Takeaways:

Each cell and organ in the body has a resonance frequency, and invites exploration of alternative therapies using natural frequencies, and highlights the evidence behind Dr. Clark's method of targeting the specific frequencies of pathogenic organisms. Bioresonance therapy uses harmonic frequencies produced by tuning forks, Tibetan or crystal singing bowls, to promote alignment with or between various frequencies in the human body. Though still largely unknown, plants use these delicate and beautifully complex electrochemically-produced harmonic frequencies to communicate between their own cells, other plants, and the world outside themselves.  

Sources

1). Turini, S., Dunjic, M., Vitosevic, B., Novakovic, T., Dunjic, M., Krstic, D., & Dunjic, K. (2022). The plant consciousness: Understanding and developing proto-languages between plants and humans. Acupuncture & Electro-Therapeutics Research, 47(2), 279-290.