goodlookinginside

[goodlookinginside]

This is an excerpt from a collection of my philosophical speculations, which were created when I was 15 - 18 years old (2005 - 2008). In those speculations I described many hypotheses in various topics, using my logic and scientific knowledge.

#philosophy#hypothesis#conceptofthinking#thinking#thoughts

[goodlookinginside]

Iš mano filosofinių apmąstymų rinkinio, kurį kūriau maždaug nuo 15 iki 18 metų amžiaus (2005 - 2008 m.). Jame įvairiomis temomis aprašiau įvairias prielaidas ir hipotezes, kurias sukūriau, remdamasis savo logika bei turimomis mokslinėmis žiniomis.

#filosofija#prielaida#hipotezė#protas#mąstymas#mintys#mąstymosamprata

[goodlookinginside]

Bioelectromagnetic field

Every bioelectric radiation particle has a specific charge and moves in the certain direction. While using some specific techniques, a person can convert his bioelectric field to an energy state, which is similar to electromagnetic field (I will name it bioelectromagnetic field). In order to create bioelectromagnetic field, the bioelectric field should be concentrated and distributed in that way, that it would flow in the same direction, as electric field in electromagnetic coil. Electromagnetic field forms, when electric current flows in nonisolated metalic wire, which is rolled up in a coil (in a spiral shape). If the bioelectric field is forced to move in the same manner, like electric field in electromagnet, it would form the bioelectromagnetic field but it would be weaker than electromagnetic field. Bioelectromagnetic field, as well as electromagnet, has two different poles - northern and southern.

[goodlookinginside]

Magic tricks explanation based on bioelectric field

A magician, while performing his act, concentrates his bioelectric field at a certain strength in one particular body part and executes a specific action using it. For example, in one of such performances, a magician temporary forced the arrow of a compass to move a little bit out of its position without using any auxiliary means. In essence, the bioelectric field is similar to electric and electromagnetic field, so it also affects electric devices and electric current. They change, while contacting with bioelectric field,- the electric current shifts its direction because they both have a negative charge and, as it is well known, identical charges always push each other away.

[goodlookinginside]

Bioelectric field's appliance for mind reading and control

It is possible to examine the bioelectric field's activity in normal conditions, how it reacts to various irritants, to identify reasons for its disturbances and also to measure the spreading speed and frequency of nerve impulses. It could be done while performing various experiments with it. If the system of how bioelectric field operates would be fully understood, it would be possible to learn reading person's thoughts. In order to do that, a person has to analyze the flow of other person's bioelectric field and the cycle of its disturbances. It could be felt, when a person brings the main regions of his brain (which are responsible for thinking) close enough to other person's corresponding regions and their bioelectric fields overlap on each other. When it happens, if a person is sensitive enough, he could feel certain bioelectric field's vibrations and disturbances and if he examines, what causes them, he could compose a system, which could help in understanding, what that person could be thinking about. The bioelectric field could also be used to forcibly evoke some nearly forgotten memory aspects or even to induce foreign thoughts in other person's brain. In order to induce foreign thoughts, a mind reading person has to artificially cause certain powerful disturbances in subject brain's bioelectric field. A similar principle could be applied, when trying to evoke a memory aspect but it would require less powerful bioelectric disturbances because the rudiments of that aspect's information are already encoded in cerebral cortex.

[goodlookinginside]

Bioelectric field's appliance possibilities

It is possible to affect various kinds of objects using bioelectric field. In order to do that, it is needed to accumulate as much bioelectric field, as possible in one particular place. The larger amount of bioelectric field is accumulated, the more work could be done using it. It can also affect a foreign bioelectric field (of a different person). The stronger field suppresses the weaker one. In essence, it more or less disturbs the movement of nerve impulses from the weaker field because it creates a friction force, while moving in the opposite direction than the weaker field. However, if the stronger field moved in the same direction as the weaker one, in such case it would act as a stimulator, i.e. it would strengthen and accelerate nerve impulses of the weaker field. The closer that stimulator is near the area of operation, the more effective stimulation process is. The stronger bioelectric field in stimulators work zone is, the more intense stimulation process is. Those properties can be used to perform various functions, for example, to innervate the vegetative nervous system. When the really powerful bioelectric field is moving through nerve cells, it additionally inervates the closest vegetative nerve cells. Naturally, the vegetative nerve cells are intended for innervation of certain internal organs in order to work properly and regulate the whole body's homeostasis. However, sometimes the unfavorable environmental conditions are stronger than protective abilities of vegetative nerve cells and they can't keep the normal homeostasis anymore. So, in that case the additional innervation of vegetative nerve cells would be really useful. It would reduce the risk to get ill or would help to recover from current illness or prevent of getting one in the future. A positive effect can only be achieved when the bioelectric field in somatic nervous system is moving in the same direction, as vegetative nervous system's field. Otherwise it would disturb the normal activity of vegetative nervous system. Also the bioelectric field could be stimulated externally, for example, using radiation, ultrasound and etc. Those external stimulators affect electrons and also the bioelectric radiation particles and give them additional energy, which accelarates their movement. So, because the activity of all those stimulators (internal and external) impulses are moving through nerve cells faster and it provides the ability for a person to think or do various tasks faster and to react to various irritants faster. The bioelectric field is constantly moving and its movement depends on nerve impulses emanation frequency, spreading speed, in what type of nerves it is moving and what amount of nerve cells are being used. All these factors make the bioelectric field vibrate at certain frequencies which are always changing (depending on what factors are influencing it at that moment) and causing various disturbances and inconsistencies in the field.

[goodlookinginside]

Bioelectric field and its properties

Since electric current creates electric field around itself, which affects surrounding objects, so, the human's nervous system has a similar property as well because nerve impulses affect muscles almost in the same manner, as electricity does but their effect is much weaker. That electric field of human's nervous system is called biofield (i will name it bioelectric field). Its strength and effect depends on the activity of nervous system. The more active it is, the stronger bioelectric field is. Despite of having certain isolators around electric and bioelectric field, some electrons and bioelectric radiation particles manage to escape through those isolators. Electric isolators are much more effective than isolators of nerve impulses because they manage to keep electrons inside better. So, this penetrability of nervous system creates the bioelectric field around it. When a person is tired, his nervous system is weaker and generates less impulses. The lesser amount of impulses is, the harder to achieve their goal is, i.e. to reach those areas, where they have to stop and perform their function. Nervous system could get weaker due to various nervous breakdowns, physical damages, immoderate workload or bad metabolism in that area. The activity of nervous system also depends on heredity and its working habits. That also affects its bioelectric field. It is not stable,- it can change every moment. When a person is at positive state, his bioelectric field is stronger. Negative emotions are generated when a body confronts negative irritants from the environment, for example, pain and that inevitably affect the bioelectric field too. Negative emotions exhaust the nervous system because it uses its own energy to handle the negative irritants. Brain is the main source of bioelectric field because it is responsible for generating positive and negative emotions. So, bioelectric field is the strongest in that area and in the other parts of nervous system it is weaker. The bioelectric field is not constant - it is continuously changing with time because every moment a person is generating a lot of different thoughts and sensations and every one of them creates different bioelectric fields. The strength of bioelectric field depends on how powerful and significant are person's thoughts and sensations.

[goodlookinginside]

Life plans creation stimulators

When a person plans starting an independent life, at first he has to create at least approximate plans in his imagination, how he is going to live. A certain preliminary plan has to be created beforehand in order for a conscious action to be executed properly (only those actions, which don't require efforts of the will could be done without planning), unless a person needs to make a very quick decision and there is not enough time to think it over carefully. In order to create plans of sufficient accuracy, those people, who have difficulties in concentrating their thoughts or etc., need some kind of stimulator, i.e. a certain "formula", which could make the process of planning go faster and more efficiently. There could be various kinds of such stimulators. Philosophical speculations are one of the best examples because in every new situation a person uses his own opinions and tries to find the most effective way how to escape from unfavorable situation. Most people don't use any stimulators and, for that reason, it takes much more time to find a sufficiently effective way. A stimulator leads the thinking process closer to the essence because it helps thoughts to spread properly in cerebral cortex and to fulfill their purpose faster and more effectively. The efficiency of such stimulator depends on how powerful is a person's imagination and how strong and efficient is his nervous system.

[goodlookinginside]

Evolution types

Evolution can be divided into positive and negative types. Negative evolution - it's when an organism becomes weaker and less productive than before, while trying to adapt to environment conditions and positive evolution - when an organism becomes stronger during the adaptation processes. Sometimes evolution takes a negative turn because in some cases the new environment conditions might affect differently individual parts of the same body. Then an organism loses its natural proportions and it disturbs the normal homeostasis in the body and for that reason a certain degree of damage is done to that organism. So, evolution can also be divided to the individual body parts evolutions, which connect to each other and make the whole body's evolution. All the matter in the Universe (living and not living) changes its structure, while being affected by some kind of environmental factors.

[goodlookinginside]

Partial and full adaptation

In order to fully satisfy all human's existential needs, he needs to create the immunity to negative factors in his environment, i.e. to block them in a such way, that they wouldn't have the possibility to disturb a person to use his direct energy source or a person has to find a way to prevent those negative factors from destroying the living systems directly. These processes are called adaptation. Adaptation can be full and partial. Partial adaptation - it's when a person adapts to his living environment only partially and is still being heavily affected by negative factors. And full adaptation - it's when a person is completelly adapted to his environment with the efficiency of almost 100%. Adaptation exists everywhere in the Universe, where there is life. Every individual life form has different possibilities to adapt to its environment. Adaptation is the basis for evolution. The concept of adaptation can also be applied to energy cycles, which are not included in living systems. In that case, the weaker energy cycles (which have less energy) in some way adapt to existential needs of the stronger energy cycles. So, in the final result, the stronger energy cycles change physical structure and chemical composition of the weaker energy cycles in such way, that the weaker cycles could make optimal conditions for the stronger cycles to use their structural elements for direct or indirect satisfaction of stronger cycles' existential needs. However, every kind of adaptation has its losses too - while the weaker cycles are adapting to the stronger cycles, both of them are more or less harmed in that process. The stronger cycle inevitably uses part of its own energy, while changing the structure of the weaker cycle for the stronger cycle's benefit. And also the stronger cycle receives some structural losses during that process.

[goodlookinginside]

The concept of evolution

Evolution affects all life forms on the planet and is characterized by genes' ability to change their structure during the adaptation processes to the living environment. When some changes in the environment occur, they instantly cause some changes in the DNA. So, if environment conditions are not lethal for living organisms, then the genes start changing their structure progressively, while being affected by environmental factors and in that way organisms develop new features, which help them to survive in the new environment more effectively. The speed at which those genetic changes occur depends on the benevolence of environment conditions. The more favorable those conditions are, the faster adaptation goes. The brain is adapted to accumulate information aspects in cerebral cortex, where they are converted to memory aspects because during the existence and evolution of humans and other life forms their living environment was constantly changing and that forced the organisms to change too in order to adapt to the new conditions because every new environment contains different elements. Some of them are doing positive effects to organisms or act as a direct energy source and others are harmful (cause disturbances in using the direct energy source or cause destruction of it).

[goodlookinginside]

Genes alteration's dependency on environmental conditions

Genes are constantly changing. They are influenced by environmental conditions. All people in the world are divided to many different races because of this particular property of the genes. As time goes by, all organisms keep developing various new qualities. For example, the more progressed industry is, the more various allergies people have, who live in that environment and these features are passed to next generations through heredity. However, not all the changes, which appear in human's body are imbedded in genes - only a very small part of environment conditioned changes is recorded. It is much more difficult to change the structure of genes and, in addition, all environmental factors, which affect the human body in order to reach the genes, they have to pass through bodie's exterior and change it in the process at least partially.

[goodlookinginside]

Disintegration processes of materials

Friction force and other negative environmental conditions cause all materials to disintegrate into smaller particles (molecules, atoms or ions) in certain period of time. Those particles distribute in environment in various ways and make various compounds with other particles or their groups. Everything happens progressively: at first materials disintegrate into smaller parts of the same composition, later - into even smaller particle groups and etc. Gradually they disintegrate into individual particles - molecules or complex ions. Later they decompose into individual atoms and non-complex ions. After even larger period of time, the cores of those atoms and ions split and emit radioactive rays (this creates other kinds of atoms and ions, which differ from the previous ones in their composition). Radioactive materials are composed from atoms with very weak structure, so, they are extremely fragile and split very quickly under the influence of environmental conditions and for that reason it is considered that the cores of those atoms split spontaneously.

[goodlookinginside]

Subatomic particles cores collision

When two subatomic particles crash into each other, the energy disturbance in the reaction between similar kinds of rays in their cores depends on the strength of impact of those subatomic particles. After the impact, the similar kinds of rays in that particle's core, which absorbed the energy from the impact, received foreign potential energy. In this case, the foreign energy line flows in a different direction, than the energy line of reaction between the similar kinds of rays. This results in a change of the latter energy line's direction. The new direction depends on the spreading speed of both subatomic particles, which are going to crash into each other. The faster moving particle determines the new direction of similar kinds of rays in the particle, which is being attacked. The stronger impact of two subatomic particles is, the larger amount of foreign potential energy is received by similar kinds of rays. This causes the increase of period of time until those similar kinds of rays (which temporarily lost contact between each other because of that impact) contact with each other again and renew their previous reaction. Consequently, it reduces the possibilities for those similar kinds of rays to contact with each other again because in that case those rays move away from each other in larger distance and, for that reason, it weakens the attraction force between them. This leads to the stronger influence of attraction forces from external sources. These factors make the compound of similar kinds of rays less stable and reduce it's density. Therefore, if the impact of two subatomic particles is strong enough, it can cause their demolition. In order for it to happen, the force of impact should be so strong, that it would cause the similar kinds of rays to move away from each other in such large distance, that the external attraction forces would become stronger than the attraction force between those rays. After that, this subatomic particle would be destroyed because those similar kinds of rays, which were in this particle's composition, would become a part of some kind of foreign chain reaction. So, this is an example of how phenomenons of the similar origin could become destructive forces to each other. If all subatomic particles in the Universe were created at the same time, so, in that case, which was described in the given example, both subatomic particles would be equally destroyed after the collision. And if all subatomic particles were created at different times, so, in that case the older particle would be destroyed and the newer would survive.

[goodlookinginside]

Ray inertia

Inertia - it's specific reaction's energy leftovers, which appear when normal energy cycles of that reaction are disturbed by external destructive forces. The magnitude of inertia depends on the energy of destructive forces before contact with reaction. The more powerful impact of destructive forces is, the more energy inertia has. The principle of inertia can also be applied to energy movements inside of various particles, including the smallest - subatomic particle. As it was mentioned before, the smallest particles are compounds of similar kinds of rays, where they move in circles and create chain reactions, so the biggest objects in the Universe (which, in essence, are made of subatomic particles) also consist of chain reactions, just far more complex. So, because the environmental conditions are never 100% favorable due to various external destructive forces, that provoke the phenomenon of ray inertia inside of subatomic particles. For example, a subatomic particle crashed into another subatomic particle, which had less energy than the previous one. In that case, there was a contact between the cores of both subatomic particles and it caused a disturbance in the movements of rays inside them. But it was temporary because this contact wasn't caused by destructive forces (phenomenons, which have the same structure, can't act as destructive forces to each other. In order to a phenomenon be considered as a destructive force, it has to get energy from consuming the constituents of another phenomenon or it can act as a certain type of energy emitters, which separate energy stimulator from a phenomenon, which is being attacked and break down the chain reaction in this way). So, when two subatomic particles crash into each other, the energy of rays are disturbed in their cores and then, like in an ordinary inertia, it causes a temporary change in moving direction of similar kinds of rays. In other words, similar kinds of rays temporary lose contact with each other and move from inertia in different direction until they run across each other again and renew the previous chain reaction between them. And, after that, both subatomic particles recover their previous forms.

[goodlookinginside]

Chain reactions

Chain reactions are a certain group of various processes, which are connected to each other in one way or another and create chain - like structures. Those connections appear, when a specific process emits its reaction products, which become the energy source of another process. That process also emits its reaction products which are used in yet another process and etc. If one of the processes is eliminated from that system, it makes the whole chain reaction to fall apart because it loses its components. Every moment spent without a stimulator weakens the energy of reaction because this process doesn't have the energy source. After the process loses its stimulator, it goes only from inertia. With time, the energy of inertia weakens too and it causes the decrease of reaction energy. At that moment the reaction depends only on inertia energy and negative stimulators, which suppress the reaction. In principle, inertia appears in a phenomenon because of stimulator's innacurate fulfillment of that phenomenon's energy needs. As it was mentioned before, every phenomenon has its own energy limits and specific duration of its activity, which consists of starting point, culmination and outcome and in normal conditions a phenomenon goes within its limits and usual duration, while using its energy source. However, in most cases, phenomenons meet various kinds of destructive forces during their activities, which disturb their energy. So, in order for a phenomenon to be effective enough and to perform its functions properly, all the destructive forces around that phenomenon should be neutralized. When a destructive force affects the chain reaction, it disturbs the normal energy flow in it and the discontinued part of that energy is shifted from its usual path in the chain reaction to a different direction. The spreading direction of that discontinued energy part depends on spreading direction of destructive force before contact with the chain reaction. After that contact, the new spreading direction of constituent particles of chain reaction will be the sum of the previous spreading direction of destructive force's particles before the contact and the previous spreading direction of chain reaction's particles before the contact. Those particles, which had more energy before the contact, will determine the new spreading direction of the chain reaction's particles more significantly. It means, that if destructive force's particles had more energy than chain reaction's particles, but were spreading to the oposite direction, then the new spreading direction of the chain reaction's particles after the contact would be the same as destructive force's particles before the contact and the chain reaction's eventual spreading energy would be the difference between the destructive force's and chain reaction's energies. And if the spreading directions of both forces before the contact were the same, then the new spreading direction of the chain reaction's particles remained the same as before the contact and its final energy would be the sum of destructive force's and chain reaction's energies before the contact.

[goodlookinginside]

Positive and negative stimulators of phenomenons

There are two possible types of stimulators - positive and negative. Positive stimulators either have suitable chemical compounds, which are needed to maintain energy in specific phenomenons or, during their internal processes, they emit energy, which is favorable for specific phenomenons. This can be explained schematically: molecules from a positive stimulator's composition, which were charged with energy from the stimulator's internal processes smash into the molecules from a phenomenon, which is being stimulated and in this way, the energy of moving molecules in that phenomenon increases and for that reason the processes in that phenomenon run faster. However, because these processes of the phenomenon, which is being stimulated, run faster due to activity of a positive stimulator, the energy resources of that phenomenon are being consumed at the same rate, as before the introduction of that positive stimulator. So, for that reason, it is much more beneficial to perform various tasks, using suitable stimulators because they are done faster in that way. It would be even more beneficial, if multiple stimulators were used at the same time and in the same area. However, every phenomenon has its own specific energetic limitations, which can not be exceeded by activities of positive stimulators because it would create energy excess and it would lead the phenomenon out of its natural limits, which would convert it to a different phenomenon, which would be similar to the previous one in its constituents. When doing various jobs, the most beneficial for a human would be to use those kinds of stimulators, which make a job done faster, which make nerve impulses to go faster in nervous system, brain and muscles and those, which help to expand the memory capacity in human brain. These kinds of stimulators enhance the coefficient of efficiency in human activities. Meanwhile, negative stimulators create the opposite impact to phenomenons, i.e. suppress them and gradually lead them to extinction.