07. Description of technology

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Based on the above logic we suggest the following solution – replacement of information consisting of simplest physical effects of the voltage drop between two wires with one complex effect between many wires where the information will exist at the present time as distortions in the energy state of the field. This can be done if we replace the temporal freedom for the signal with the spatial one.

The technology consists of the creation of the effect of perception by the electric field of differences in its own energy state by way of impacting the structural components within which the field exists. The programming principle where the value of the signal is pre-set by its modulation in the course of time is replaced with the principle of creation of a spatial condition with the help of structural specifics of the system. The signal value is pre-set by spatial characteristics, i.e. from what side the signal has come to the system and what distortions it has caused therein, whereas all signals can be totally identical for the purpose of measurement in relation to the check earthing – as to the current strength, voltage and frequency.

Such spatial and energy approach enables to create a complex effect completely at the present time and make it real. The replacement of the temporal freedom with the spatial one enables to reproduce quality, the difference of potentials in the mains – the signal strength, and the processing of these qualitative states in the course of time will enable to achieve the effect most close to the operation of natural intelligence and our mind.


Emergence of simplest "animateness"

Under the notion of animateness the availability in a certain system of any internal feature or value may be understood which really exist for the system and lack this property or value in the objective physical world. We may say that the emergence based on effect* is the synonym of animateness.


Reproduction

It is known that electric current in the conductor is the movement of electric particles (electrons, ions) in the electric field which tends from the higher potential to the lower one. This stimulus of current to move in one or another direction may be taken as some value with the help of which information may be expressed. This value will be manifested for the state of energy equilibrium as an internal characteristic of the field itself.
In the event of availability of at least three interacting conductors we can receive a simple emergent effect based on the comparison of signals in relation to the energy equilibrium.
For example, a 5 Volt signal is equal from the physical point of view everywhere in the objective world. In modern electronic technologies using two wires in order to express information a difference is required which is caused by a signal other than 5 Volt following in the course of time after the first signal. For our system the value for the signal is pre-set not by electric characteristics of the signal and not its modulation in time but with the help of to what conductor the signal was delivered - А, В or С. This value is manifested as a difference for the energy state of the system which functionally is a perceiving “observer”.


The shift of the zone of energy equilibrium will cause an additional impact on the other element – D, E or F – located in this zone, which will lead to the change of the difference of potentials between them and a chain reaction of changes of values across the whole system which at the same time do not exist for the objective world. Due to this various systemic effects and relations may be simulated, including the duplication of the algorithm of human sensations or artificial worlds.

By imitating the signals coming from the receptors, memory, intelligence we will receive a continuous change of the difference of potentials between the elements of the network. These changes will be an impulsion for the filed to move towards a new equilibrium. The impulsions will constitute inside values existing for the field itself. In the event of a difference of potentials between many elements of the artificial neural network currents of different directionality will emerge which will flow from the higher to the lower potential impacting the middle centre and many other local centres of equilibrium. Under the impact of receptors the directions of currents and the polarity of elements may constantly change changing the values for the field perceiving its state.

If in the system there is a balanced impact on all connected elements we will receive the state of “indistinction”, or the analogue of the white noise. No values will be observed for the state of the energy equilibrium, as in the event of a complete absence of impact, which fully corresponds to the above principle of operation of our sense organs.
The structure enables to form complex connections in the event of which neurons can be connected with remote neurons and not interact with those located in the proximity, which enables to model complex processes. Shifts of voltage areas of the field may cause closings and interruptions of areas of the neural network, which will cause new values and relations in the system. The tomography of these processes will resemble the recording of the brain activity – many zones of different colors.


We may say that we have achieved the understanding what these zones of activity and equilibrium mean, and what role they play in the emergence of feelings. Unlike the information approach all values reproduced in such a way will exist at the present time and will be real for the energy state of the field itself.

Subjectivity

Any system created in such a way has a clearly expressed subjectivity. Properties and all processes will exist only within the system itself as inside values in relation to its zones of equilibrium. The system may consist of millions of parts and the relations therein may be extremely complex. The measurement of electric parameters with the help of a device with only two wires will not give a complete picture of complex internal relations. It is practically impossible to take readings from such system, as even by measuring of all possible connections between millions of elements we will receive discrete values of electricity between two contacts, and not that total systemic effect, the emergence, which occurs for the system as a whole and really exists at the present time.

Three constituent parts of the technology:

1. Physical condition (networks from the conductor, field carriers) – structure pre-setting the logic of interactions and values and forming complex energy relations within the field. By closing and interrupting the elements of the network connection it is possible to control the characteristics of the field.

2. Field (electric or other) – is located in this condition-structure.** By delivering external signals to the elements of the structure it is possible to cause distortions of the internal energy state of the field which perceives its internal states. For each of such deviations one or another value can be pre-set with the help of structural specifics of the physical condition.

3. Effect – emerging due to the interaction of areas of the field with one another which get different values for one another. This effect existing completely at the present time is functionally capable to duplicate the mechanism of any feeling or sensation known to us. This is what we call “animateness”.

Physical condition consists of two parts:

1.1. Functional part is the condition itself where the complex field is contained in which relations occur. The functional part consists of elements – conductors having many connections with other conductors which form a network. Such element fulfils the function of an artificial neuron. The functional part plays the role of a prism inflecting different parts of the total field and pre-setting by these deviations the inside values for this field.

1.2. Technical part which does not contain the field and does not overlap the functional part but closes and interrupts the areas of the condition forming therein the effect with pre-set parameters.

The effect represents the capacity of the field to perceive its internal energy state and move towards a new equilibrium.

- Consciousness in this event is the condition of superposition – energy equilibrium in relation to which any deviation occurs in the field as a difference in the system. Function – capacity to perceive. Exists only at the present time.

- Sensation is the impact of the energy imbalance, the urge of the point of equilibrium of the field to move in one or another direction. In this event the feeling really exists as a physical phenomenon having a value for the field itself and having no value for the objective physical world. Qualitative characteristic of consciousness. Exists only at the present time.

In the same field many deviations may emerge from the general and local zones of the energy equilibrium which gives the opportunity of simultaneous perception of many feelings, like we have in our consciousness. At the same time there will always be one common centre of equilibrium by which the singularity and uniqueness of consciousness is determined for each system or the neural network of a living brain.


In the event of four elements in the system at which the change of voltage is possible 16 combinations of the system position are possible. In the event of 10 elements - 100 variants, and so on, provided that the voltage between the elements will change by one fixed value. If the voltage is different between all elements there will be even more values and the relations between them more complex. The areas of equilibrium, their superposition will always change, consequently the properties which are manifested in relation to them will change too.

Response speed

It is necessary to take into account that sensation exists only at the moment of the actual imbalance in the system, at the time of its equalization. The use of metallic conductors will lead to an immediate equalization of the energy state of the system and the disappearance of sensation. In the biological medium the stimulus is transmitted much slower – from some centimetres up to hundreds of meters per second. This fact must also be taken into account and materials with such speed of current conduction must be used.
Due to the low speed of flow of stimulus the process of perception by an awaken person is continuous, the states flow from one into another, and our consciousness is constantly filled with different sensations. Sometimes we can not focus due to disturbances which draw our attention and which may cause random thoughts or actions. A computer without such problems does everything much more accurate and faster than us. This reason – many disturbances and a slow flow of feelings – may explain the diversity of impressions and the possible unpredictability of human actions which is often explained by the “freedom of choice”, the “soul” and ensures the human creativity. Unlike a well-organized operation of the computer according to the program installed therein.

Attention

At its core attention is consciousness to which the entry of other signals is limited and the contrast of those entering is increased. Technically attention also constitutes the common centre of energy equilibrium. By forming and interrupting connections between the elements of the physical condition we can move “the beam of consciousness” which for us is attention towards one or another area and focus on certain sensations in relation to the general background. In this event only a small part of all possible sensations, thoughts, memory penetrates consciousness. By focusing our attention on a certain memory area we reproduce in our thoughts the required images. At the same time we simultaneously continue to study information from different parts of the brain – sensors - remembering “who I am” and fulfilling certain physical actions. As in the same system there can be only one energy centre of equilibrium at a time we always have only one attention, as well as consciousness. But there may be many sensations.

Dissimilarity from state-of-the-art digital and analogue technologies

Summarizing the above let us define the main differences from the existing technologies. The functional aim of the technical solution in the event of modeling of sensations is not processing of information, but creation of a complex uninterrupted effect fully available at the present time in form of a single effect. The difference of potentials between two conductors used in state-of-the-art devices is able to express a certain sense only by way of modelling in the time, whereas there is no observer, no single perception which could connect the received signals from receptors, signals from the memory, thinking, emotions, compare them and thus receive consciousness. Voltage drops are discrete and not interconnected. No matter how quick the information processing it will not be one-time. There will always be a situation when the past bit (or voltage spike in analogue devices) is already gone, and the future one has not yet started. And the existing bit in form of a physical effect is very simple and does not bear for itself any value.

If we try to duplicate the analogue of sensations it is necessary to make an uninterrupted complex field in which values exist for the energy equilibrium of the field itself. But even in modern structures of artificial neural networks the logic of a discontinuous signal is used and the objectives of information processing are pursued, and not of creation of effect contained between millions of elements and fulfilling the function of consciousness and sensations. We have been writing about it in the course of the whole project.

As for the described spatial and energy approach the processing of information is not required either. Everything runs on its own as an urge for a total energy equilibrium, and the program, the logic of the process is the structure topology.
Unlike existing technologies it is impossible to transfer, save or replicate the emerged effect. It can be duplicated only subject to the creation of a similar condition. This is much more complex than the principles of the existing information technologies. But our task is not to improve the existing technical approaches, but to reproduce sensations, which determines totally different horizons of the scientific and technical progress.


* Emergence can also be based on sense
** Instead of the field any interactive medium can be used. If we replace conductors with pipes and elements with distributors the same effect can be created using the pressure of fluid or other substance in the pipes.