The intent of this document is an exercise or an attempt at capturing the essence, or the thread leading to the understanding of the beginning of life in living organisms.

To answer this difficult question one can either approach the discussion in terms of biochemistry, organic chemistry, physics and or quantum physics. No matter which is the field of expertise of the interested party, the first answers coming to mind when dealing with the subject, relates directly to the vocabulary of the field used as a base of reference. For instance when discussing the possibilities in  terms of biochemistry, scientists commonly refer to the behavior of large molecules, and the vectors are automatically assumed to be chemical in nature, where certain chemical compounds are delivered from cell to cell in response to a stimulus. The same is true for discussions originating at the organic chemistry level, although electrons and protons are an essential part of the equation. At the physics level, where atoms or electric fields are the medium of choice, the behavior of fields, electrons, protons and neutrons (baryons) are considered.

It is a well known fact that in nature the behavior of single cell organism is determined by its need to reproduce so as to insure survival. It is also known that when several micro-organisms coexist in a given environment, a form of communication exist between them which enhance their mutual survivability. These assertions can be extended from single cell organisms to multi-cell organisms. From this perspective it can be extrapolated that no matter what the type of living creature or organism, it will strive to ensure survivability of the species. From this it can be concluded that it is the responsibility of each cell to protect itself, and to protect the organism to which it belongs.

To achieve this level of communal protection a form of communication is required between each cell and groups of cells. Most scientists are accustomed to think using the terms of a specialized vocabulary particular to their field of expertise, and they typically do not think across the boundaries of their area of expertise. Biologists, chemists, or physicists think in terms of chemical compounds, atoms, ions, or electromagnetic fields, depending on their background and knowledge. In most cases none of these explanations are ever satisfying, because a link is always missing. The question is: how his communication possible?

The limits of our current technology are pushed further and further year after year. This enables scientists to probe further into the understanding of the universe. Since its conception in 1924, quantum mechanics (physics) has had difficulty establish a foothold outside the realm of scientists involved in physics, and in particular in biology and biochemistry.

Today the reality of quantum mechanics which replaced Newtonian physics is not questioned; remarkably the educated public did not follow the developments of the quantum theory. The fundamental concepts of quantum mechanics are two fold: the first important point is that quantum reality is statistical, not certain (non deterministic). The second point is that it is meaningless to talk about the physical properties of quantum objects without precisely specifying the experimental arrangement by which you intend to measure them (Heisenberg uncertainty principle). The nano-world his only a statistical distribution of measurements which can only be determined by physics. The attempt to form a mental picture of the position and momentum of a single electron consistent with a series of measurements results in the “fuzzy” electron.

In other words, quantum theory teaches us that a human intention influences the structure of the physical world. 

One of the revolutionary concepts unearthed by quantum physics is notion of non-locality (John Bell’s experiment, CERN Geneva) or the possibility of instantaneously change the cross correlation of two random sequences of events on other sides of the galaxy. The direct result of this experiment leads to the understanding and the possibility of a new form of communication involving non-local interaction.

Communication

First it has to be established that to communicate energy is required, as well as a medium through which the energy can propagate. In general the meaning of communication implies an encoded form of signal; however this is not necessarily a requirement since communication can simply be an exchange, or the propagation, of energy form one from one point to another.

Communications at the biological level is a slow process (1/2 cm/second) when compared to the propagation of electromagnetic charges (300’000 km/second). Likewise electromagnetic propagation is slow when compared to the transfer rates possible (nonlocality) through the aetheric field as defined by quantum mechanics.  An analysis of the speed requirements to pass biological information through a human body for example, reveals that neither electrical nor chemical propagation is entirely suitable to perform certain tasks. To attempt to answer these questions requires first some understanding of the medium of communication. 

The medium

This medium is the fabric of the universe; it has earned over the years many names and appellations: aether or eatheric field, akashic field, zero point energy fields, radiant energy field, the vacuum etc. All these names were given in attempts to identify the same thing, the space or medium separating energy vortices or particles filling the universe. It is this medium, which has been declared devoid of energy by Albert Einstein, and the source of all energy by quantum physicists such as (Paul Dirac, Niels Bohr) which is the “fabric” into which energy propagates in the form of waves (Erwin Schrödinger).

The properties of this elusive eatheric field have been observed and documented by Nicolas Tesla during his exploding wire experiment in 1897 and by the author during experiments performed in 1995. The transmission of wavicles (not electrons) through this field are non electromagnetic in nature, and propagates through solids at speeds in excess of the speed of light and can be physically felt during experiments. This type of transmission is still however mainly unknown in the scientific world.

The properties of this medium are very similar for the purpose of clarity to the characteristics of a trampoline. It behaves very much like a rubberized material acting as a spring and returning the energy received in its totality in a different location. It is our contention that this field could be the medium allowing micro-organisms and cellular systems to receive their energy though this type of communication, allowing them to behave as a single unit rather than scattered individual elements.

To better understand how the propagation of information (energy) is propagated, the two holes experiment as devised by Dr. Feynman may bring some clarity. First imagine a source which consists of nice water waves hitting a barrier with two small holes in it, A and B. On the other side of the barrier is a layer of cork bobs, on the flat surface of a water pond. Know we count how often the corks bob, when water drops pass through either hole. If hole A is open and hole B is closed, and one measures the intensity of the movements for the corks facing hole A, it will show a high intensity. We can repeat the experiment with hole B and observe the same thing. Now if both holes A and B are open, it can be observed that the wave from hole A and B can either cancel or enhance each other. The surface of the pond acts as a flexible communication medium which confers an interference pattern to corks A and B. This is the fundamental nature of the behavior of the aetheric field, which will impart interference patterns to impinging stimuli.

Propagation

It is understood, for organic entities such as the human body many that forms of communications exist. They can be either chemical, electrical or of other nature. It is suggested and demonstrated that abrupt electrical choc can modulate the aetheric field, which provides a path and acts as a carrier for this type of communication. The particular characteristics of this type of communication opens a new realm of possibilities when examining some of the not so clearly understood intra or extra cellular exchange of information at the micro-organism level. It also gives an insight into the possibilities offered by some form of extrasensory communications, reported by many over the centuries. Laboratory experiments conducted by the author tend to demonstrate that these forms of communication really exist and exhibits particular characteristics, namely propagation through solids and attenuation by soft material (wool) unlike electromagnetic propagation. This type of propagation has first been reported in 1897 by Nikola Testa during his “exploding wire” experiments. Following a series of experiments, scientists at that time described their inability to appropriately shield the shockwave felt from an “exploding wire” (vaporizing, under violent electrical pressure) using conventional shielding methods with metals such as copper, aluminum or iron. The 1995 experiments revealed however the shielding possibility when using soft material such as knitted wear like cotton or wool. These type of experiments need to be reproduced and examined further in order to better understand and characterize this types of communications and its particular behaviors.

Structure of communications

The diagram in figure 1 below, is a schematic providing a layered representation of the path of propagation of the information through organic tissues. It indicates the attributes and the subjective aspect of layered communication. The stacked layers represent the commonly accepted disciplines involved as perceived by the scientific community.

The “organism level” of this diagram represents a group of one or more cells associated in performing a function. The vertical arrows on each side represent the direction through which of information flows. In this example: downwards from the Organism A layer, through all the layers to the aetheric layer which is the actual propagation medium or the physical link, and finally up on the other side to all the layers to the Organism B.

Although Organism A appears to communicate directly to Organism B, in reality, it is only a virtual communication link since the “real” or actual propagation path is effectively vertical. It propagates downwards from layer to layer, eventually reaching the aetheric field level where the communication takes place, at the quantum level. The horizontal link is in effect only a virtual link indicating the destination of the information, and only appears to happen at the layer where the observation takes place.

This communication method is more likely to be probable than any other form of communication involving a direct link at the micro-organism level without passing through all the layers. Layers such as bio chemistry or organic chemistry are subjective, and have been created over time by scientists solely as a mean of analyzing and understanding the behavior of micro-organisms. These layer have no intrinsic value as such as far as micro-organisms are concerned, they are artificial and purely imaginary. They are not “real” or physical in nature, even though some observations may lead to believe they are.

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