electromagnetic effects on consciousness....

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by Dieter Broers

I am convinced that we are currently in the midst of a process involving the restructuring of our neuronal networks, and that the catalyst of this process is the high solar-geomagnetic activity whose consequences are feared by so many people today. However, all facts and findings add up to the undeniable conclusion that this evolution will for the first time in human history enable us human beings to use the enormous potential of our brains.

David Samuels from Israel’s Weizmann Institute has estimated that the brain’s basic range of activities is driven by between 100,000 and 1 billion different chemical reactions every minute. The average human brain contains a minimum of 10 billion individual neurons or nerve cells — a figure that is even more astounding when you stop to think that each neuron can interact with many other neurons. In 1974 neurophysiologists discovered that some 10800 (10 to the 800th) interconnections come into play in this regard. The magnitude of this capacity is comparable with the following cosmic facts and figures: inasmuch as the atom is the smallest unit in the universe and the universe itself the largest, it is estimated that the universe contains a total of 1080 (10 to the 80th) atoms. In other words, the number of interactions in the human brain far exceeds the number of atoms in the universe.

Moscow University physicist Pyotra Anokin feels that the aforementioned estimate of possible interactions in the human brain is unduly low. According to his calculations, the potential number of structures that the human brain can create is so large that writing them out as a figure would translate into a line approximately 6.5 million miles long. So clearly we have not even begun to tap into the amazing potential of our brains — a situation that can be likened to using an area the size of a dust particle in a 500 room mansion.

The question then arises as to whether using our brains more efficiently will enable us to find an adequate response to the events of 2012. First of all, we need to realize that the brain and the mind are two different things. The mind can influence brain activity and vegetative processes by means of highly unusual suggestions, the most striking example being Buddhist masters whose ability to meditate enables them to put their brains in a tranquil state that palliates pain and that can even stop the beating of the heart.

Apart from this, what matters here is that our brains are always active whether we’re awake, asleep, calm or agitated, and are always seeking intensity, new experiences, and long term connections. When the human brain is exposed to new impressions, as well as mental and emotional stimuli, new synapses (interfaces between neurons) are created.

In other words, the human brain floats in a kind of rapturous harmony as long as it receives the right kind of stimuli. This is in keeping with the attendant electrochemical principle of all or nothing, which forms the basis for electrochemical communication between neurons — and in our context for interaction between the heretofore unused regions of the brain. If this weren’t the case, it would make no sense for us human beings to be endowed with a brain whose potential is never fully exploited. Indeed, it almost seems as though this miraculous organ were waiting for 2012 to finally prove what it’s capable of.

Apart from electrochemical information processing, our brain engages in other processes as well — processes that form the basis for our subconscious. According to the American physicist Evan Harris Walker, the human mind and human consciousness are not empirically measurable quantities. Walker believed that consciousness is not a chemical process or the like, but is instead attributable to a quantum mechanical tunnel process — a theory that is consistent with the views of a growing number of quantum physicists and brain scientists. Walker also persuasively showed that the brain’s synapses exhibit quantum mechanical phenomena, for which models have been posited by David Bohm and Basil Hilely. These authors report astonishing similarities between quantum potential and neurological connections in the brain.

These connections are far from being well ordered for in fact, chaos is the mainstay of the brain’s processes. This chaos, which comprises a veritable maelstrom of diffuse stimuli processing activities, is the precursor of a coherent equilibrium at higher levels. Creativity researchers have observed a similar phenomenon in which the creative mind initially processes totally chaotic and even contradictory concepts that ultimately translate into the beginnings of order and stability in the latter stages of the creative process. Hence, contrary to the law of entropy (order), evolution is moving toward negentropy (instability), a process that is at once feasible, useful and logical since it enables evolution to unfold in an “open system” so as to allow the brain to absorb new information and adapt in highly complex ways.

This prompted Ilya Prigogine to observe that each organized system dynamically shifts between a state of entropy and negentropy, i.e. between order and chaos. Moreover, Prigogine says, the greater the system’s potential instability, the more readily it adapts and changes. This principle fits the brain like a glove.

But where, then, is the seat of the mind, this mysterious locus of self awareness that amalgamates intuition, common sense, emotions and the intellect? For the moment I will leave it to neurologists to figure this out — although I will have more to say about this issue later on. First, though, I’d like to discuss the mental and psychological process of self discovery. The mind-brain system evolved out of a series of successive matrices. The first higher order matrix within which we move is undoubtedly the source of all life. According to Prigogine, for the infant brain a transition to a new harmonic matrix entails constant exposure to new resources that allow for the development of potential, self assurance, and skills.

These matrices, which are extremely concrete at the outset, become ever more abstract over time by dint of their exposure to perceptible reality, ultimately evolving into the matrix of pure creative thinking. Each transition to a new matrix is associated with unknown and unforeseeable experience that forms the basis for an increase in intelligence. According to Timothy Leary, each of us inherits a precoded draft of future organisms that differs considerably from the current human race and from most forms of human existence. And in the same vein, Michael Hutchison prophesied that the brain has learned more about itself over the past decade than during its entire history, and that henceforth human intelligence will evolve in quantum leaps.

Although I have already made the essential points regarding the effects of natural and artificial force fields on the brain, it should be noted here that phenomena such as the body’s rhythms that are controlled by the pituitary gland can be affected by electromagnetic fields, which can have a significant impact on moods, activity patterns and the circadian rhythm. So a great deal remains to be discovered in this domain.

Some years ago I was part of a research team that measured the brain waves of test subjects at regular intervals via EEG. We found that specific electromagnetic fields sporadically acted on the test subjects’ brains, without their being aware of this phenomenon. One of our most striking findings was that the test subjects’ brain waves could be altered via exposure of the brain to electromagnetic waves; and as if this weren’t astonishing enough, we also found that we could even control the test subjects’ brain waves using these fields. For example, the EEG frequency of a test subject with a predominant baseline frequency of 10 hertz could be increased to 12 hertz each time we exposed the subject to an exogenous 10 hertz electromagnetic field that was then increased to 12 hertz. We concluded from this that endogenous rhythms are governed by their exogenous counterparts.

These experiments convinced me beyond a shadow of a doubt that human cells and electromagnetic fields do in fact interact; and this may in fact be one of the primary reasons why I decided to write this book. These findings also opened my eyes to processes that were of fundamental importance for my own research in that I now had incontrovertible, empirical proof that electromagnetic fields have a direct impact on brain activity.

A short time later I stumbled upon another phenomenon that I couldn’t get out of my mind: specific force fields and force field intensity levels induce perceptions that could otherwise only be induced by the administration of psychoactive substances. A normal geomagnetic field allows us to maintain a normal state of alert consciousness, including our sense of time; whereas a severely abnormal geomagnetic field or the absence of a geomagnetic field provokes abnormal mental states and a derangement of our sense of time. In other words the effect of geomagnetic disturbances is very similar to that of taking hallucinogenic drugs.

Strange though this may sound, I can assure you that it’s anything but. Altered mental states are provoked by neurochemical processes and the production of psychoactive substances, i.e. endogenous hallucinogens. The mental anomalies experienced by the test subjects in the aforementioned experiments were induced by “surplus” production of such substances secondary to withdrawal of, or exposure to very weak geomagnetic fields. Thus, under certain conditions the brain has the capacity to produce so called illegal substances. In other words, a phenomenon that under “normal” circumstances could only be induced through the practice of meditation or the like can also be catalyzed by exogenous electromagnetic fields. Tweet