What Is Psychosynthesis?

The principle of mind is a brand-new theory of mind system, which mainly elaborates on two aspects, one is the function of the brain, including thalamus, cerebral cortex, hypothalamus, basal nucleus, cerebellum, etc .; the second is to explain the consciousness and psychology from a biological perspective Production mechanism and activity rules. The theory starts from multiple levels of neurons, neuron groups, nuclei, and brains, and explains the biological principles and activities of various consciousness and psychological activities. The whole theory is intertwined and highly concise, which is the theory of mind that the author is working on.

Psychological principle

The release principle (original lighting principle) mainly discusses the functions of the thalamus and the like brain and the neural mechanism of consciousness. What functions does the brain have, and how does consciousness arise? So far, scientists have been studying diligently. There is no unified concept of consciousness. The concept covers a wide range. It has different definitions in different disciplines and different fields. It can be described by three words: broad, miscellaneous, and chaotic. . The principle of distribution mainly discusses the mechanism of consciousness from the perspective of physiology. In short, it discusses which brain organ produces consciousness and how.

The distribution principle is a theoretical viewpoint determined after long-term demonstration and repeated verification. This must be the final conclusion that Xie Jianqing began in 1987, and discovered the thalamus release function of thalamus in 1997, after 10 years of repeated verification. It is based on daily behaviors, psychological phenomena, symptoms of brain lesions, mental illness combined with massive psychological research data, and iteratively rounds, modifies, and sublimates, extracts and removes cocoons, and screens the extracted essence.

The principle of distribution is a breakthrough in brain research. It determines the brain's function, consciousness, and psychological mechanism from the physiological mechanism of the brain, scientifically explains various consciousness, psychological, and spiritual problems, and corrects the definition of thalamus function as a sensory relay station. Misunderstandings have corrected misconceptions that limited consciousness, thinking and other functions, as well as psychological and mental activities, to the cerebral cortex, and have corrected various misunderstandings of psychological phenomenon analysis, psychological problem consultation, and treatment of mental disorders.

The principle of release elaborates the conscious function of the brain, that is, the neural mechanism of consciousness generation, that is, the release of consciousness by the Qiu Jue. The thalamus synthesizes and issues thalamus, the brain exchanges to produce samples, and thalamus is freely distributed or lighted by the sample to generate consciousness. First, the function of the thalamus is to synthesize thalamus and release thalamus. Thalamus is released to generate consciousness. There are two ways to issue thalamus, which can be freely synthesized and distributed by the thalamus, or can be lighted and distributed by samples. Qiu Jue produces free consciousness, that is, "idea". The sample lights up. Qiu Jue's consciousness is objective consciousness about objective things. Second, the function of the sample brain is to exchange and produce samples. Through information exchange and sample exchange, The purpose of producing samples by means of sample-like brain is to illuminate Qiu Jue to produce objective consciousness. The function of sample-like brain is extremely complex and powerful, and it is specifically explained in the principle of exchange.

1.1 The thalamus is the core organ that produces consciousness. Consciousness is related to multiple brain organs. The thalamus, cerebral cortex, hypothalamus, amygdala, basal nucleus, and cerebellum all participate in consciousness activities. The thalamus is the core organ that generates consciousness. The thalamus produced by the thalamus is the essence of consciousness. Samples produced by the cortex, hypothalamus, amygdala, etc. are representations of things in the brain. The objects we see and the sounds we hear are transmitted through the nerves one by one, and are finally "seen" and "heared" by the thalamus. "Thinking" and "hearing" by the thalamus are consciousness. No link can generate consciousness.

1.2 Genetic information is the basis for the formation of Qiu Jue and samples. It is known from the principle of exchange that any neuron has genetic information, and different neurons have different genetic information. Qiu Jue is the synthesis of genetic information of several thalamic neurons, which can show a meaning in the brain; the sample is several The collection of genetic information of brain-like neurons is the symbol of things in the brain.

1.3 The function of the thalamus is to synthesize the thalamus. Qiu Jue is used to express meaning naturally. When Qiu Jue is released, a meaning appears in the brain and consciousness is generated. Neurons in the brain-like brain can activate neurons in the thalamus, and each genetic information in these thalamus neurons is synthesized into a certain meaning, and this meaning is issued, which is the synthetic release of thalamus.

1.4 The main function of the sample brain is to exchange output samples. Sample brains include the cerebral cortex and hypothalamus, amygdala, basal nucleus, cerebellum, etc. Samples are stored in the sample brain. Samples are several genetic information that constitute symbols that represent things, such as the shape, color, structure, name, and purpose of things. Wait. Most of the samples represent objective things, and are formed naturally during the process of contacting and learning with objective things after birth.

1.5 Qiu Jue was released freely or lit by samples to generate consciousness. Qiu Jue can be freely distributed or lighted by samples. When the same brain exchanges and produces samples, the samples light up Qiu Jue through the connection path, and Qiu Jue is released to generate consciousness. Qiu Jue is the core of consciousness, which produces awareness of the meaning of things; samples are the shell of consciousness, which is the symbol of things in the brain; we acquire the connection between the sample and Qiu Jue in the projected fibers of the brain and thalamus through acquired learning Pathways. When the sample brain exchanges and produces samples, the samples light up Qiu Jue through connected pathways to generate consciousness.

Note: The awareness of things is revealed by Qiu Jue. How are things expressed in the mind? It was Qiu Juefa's manifestation. A thalamus is issued by the thalamus, and a meaning is revealed, which leads to "knowing" and "understanding" of things. The meaning contained in Qiu Jue is the synthesis of genetic information of several thalamic neurons, which is obtained through inheritance, and is used to show the meaning of objective things. Qiu Jue does not indicate objective things innately. It is necessary to learn to establish a sample and establish the connection between Qiu Jue and the sample, so that the sample can light up Qiu Jue through the connection path.

The discrete principle explains the discrete mechanism of brain structure and function, that is, the positioning of consciousness and psychological function from the perspective of neuroanatomy. The brain is composed of multiple functional systems, each of which can independently produce samples to light up Qiu Jie, and each functional system can produce samples to light up Qiu Jie to generate multiple independent consciousness. The interaction of various factors such as functional systems and consciousness is the basis of psychological production.

The thalamus is divided into many nucleuses, and the pectoral brain is divided into many nucleuses or functional regions (such as the cerebral cortex). The thalamus, the nucleus or functional regions of the sample can independently function, and the functional thalamus nucleus and the brainlike nucleus Or the functional area has a closer relationship. This closely related thalamic nucleus and the brain-like nucleus or functional area constitute a functional system. Each functional system can function independently. .

The brain is divided into multiple functional systems, and each functional system can work independently to produce output samples to light up Qiu Jue to generate consciousness. Functional systems are divided into awareness systems, cognitive systems, and feeling systems, and consciousness is also divided into awareness, knowledge, and feelings. Our normal state of consciousness is the coexistence and interaction of multiple consciousness, which is the basis of psychological activity.

Perception is the relative meaning of things exchanged by the perception system, and judgments and evaluations on the objectivity, reality, situation, and authenticity of things. The awareness system is a prime minister's door, a place where various consciousnesses gather, which determine mental states and initiate behavioral activities.

Recognition is that the original system completes the layer-by-layer exchange of sensory incoming information such as sight and hearing through sample exchange, and finally produces samples to illuminate Qiu Jue, generating awareness of the meaning of things' characteristics, nature, and usefulness.

Recognition is the awareness of various things. It receives external information through sensory organs such as eyes, ears, skin, etc., and obtains samples of certain significance and value through level-by-level exchanges. . Knowledge is the main body of thinking, and it completes thinking activities together with awareness. The original meaning system can move independently from other functional systems, and the recognition at this time is a dream.

1. The original meaning system. The back of the brain and the thalamic occipital nucleus. The brain is delimited by a central groove, the front part is the frontal lobe, and the back part includes the parietal lobe, occipital lobe, and temporal lobe. The back of the brain has dense back-and-forth fibrous connections with the thalamus. The connection of Qiu Jue forms the original meaning system. The original meaning system is the exchange center of various sensations, including vision, hearing, somatosensory and so on.

2. Incoming information. The external objective things are received by the sensory organs such as eyes, ears, skin, etc. Sensory neurons transmit this information to the cerebral cortex, and the back of the brain receives sensory incoming information, namely visual, auditory, and tactile information. Information is transmitted to the occipital lobe viewing area (area 17), auditory information is transmitted to the temporal lobe hearing area (area 41), and tactile information is transmitted to the somatosensory area (central gyrus).

3. Exchange. The eyes are like a camera, and the eyes are like a microphone. The information passed to the back of the brain is a mix of various things. The eyes and ears cannot distinguish whether these information are independent objects, nor can they distinguish which of these information are needed objects, which will be needed. Each object is separated from it to form the information of independent objects, and the names, appearances, characteristics, attributes, and uses of these objects are exchanged at the level of neurons in the back of the brain, or through multiple samples Exchange, and finally get a full sample, this sample lights up Qiu Jue's awareness of things. In general, the greater the number of exchanges, the finer the sample exchange, and the clearer the consciousness generated.

In addition to the sensory afferent area, the wider area of the back of the brain is the exchange of incoming information. The back of the brain exchanges samples to produce samples that light up the thalamus of the thalamus pillow to generate awareness of things.

4. Connect. The knowledge of objective things is not formed in one step, but formed through connection in the learning process the day after tomorrow. The reflex pathways we have innate are simple and very small, more related to external objective things, and need to be learned through acquired learning, that is, the formation of connections between neurons.

Feelings are innately inherited personal tendencies, such as preferences and desires. The own samples of the sensory system are genetic and have a certain tendency. When samples of other functional systems are introduced into the sensory system, the sensory system exchanges the incoming samples according to the own sample reference, and produces the corresponding samples to lighten Qiu sense to generate feelings. Can affect the body and mind by secreting hormones.

Consciousness is divided into a complete state of consciousness and an incomplete state of consciousness. When we are awake, each functional system can work normally, and multiple consciousness coexist, which is called a state of complete consciousness. However, there are often situations where a certain functional system is not working or its function is weakened, which will lead to the loss or ambiguity of a certain type of consciousness, which is called an incomplete state of consciousness.

Perception, cognition, feeling, etc. are different types of consciousness, which are produced independently by each functional system. Each functional system is functionally independent and can function independently to generate consciousness. Whether one system works normally does not involve other systems, and other systems still act according to their own rules. An incoming message does not just cause a system's response, but causes multiple systems' reactions. These reacting systems do not work together to produce a unified consciousness, but work independently to generate multiple consciousness. Behavioral activities are often All four systems participate, and the thinking activity involves the participation of the awareness system, the original meaning system, and the feeling system.

When we are usually awake, multiple systems can work normally, and multiple consciousness coexist. We call it a state of complete consciousness. However, there are often situations where a system is not working or its function is weakened, which will lead to the loss or ambiguity of a certain type of consciousness, which we call an incomplete state of consciousness. Dreams and hypnosis are incomplete states of consciousness. At this time, without the consciousness of referring to experience, people's awareness system in sleep must not work, while the functions of the original system and the feeling system will not be affected, and they can still work normally to generate consciousness. If the awareness system works, people must be awake. Even if other systems are not working (generally not), people are awake. If the energy supply required by the awareness system is insufficient, it will lead to consciousness. The incomplete state of consciousness often deviates from the judgment and understanding of objective things and causes mental disorders.

The brain includes the thalamus, the brain-like brain, and the brainstem. The brain-like brain is further divided into the cerebral cortex, basal nucleus, cerebellum, hypothalamus, and amygdala. The thalamus is composed of numerous nucleus groups, mainly including dorsal medial nucleus, occipital, anterior nucleus, preventral nucleus, ventrolateral nucleus, retroventral nucleus, dorsal lateral nucleus, posterolateral nucleus, lamellar nucleus, midline nucleus, reticular nucleus . The cerebral cortex is divided into anterior and posterior parts by the central groove, the front part of the brain is the frontal lobe, the parietal lobe, occipital lobe, and temporal lobe are at the back, the prefrontal lobe, the posterior contact area of the brain, and the dorsal medial nucleus of the thalamus nucleus. Pillows have a vital functional connection and are the main source of consciousness and psychological activity. Scientists found that the limbic system mainly includes the anterior nucleus, hypothalamus, amygdala, and cingulate gyrus, which are closely related to visceral activity, emotional response, and memory. The nerve fibers of the basal nucleus and cerebellum are projected to the anterior ventral nucleus and ventral lateral nucleus of the thalamus, and the nerve fibers of the anterior ventral nucleus and ventral lateral nucleus are further projected to the motor area of the cerebral cortex, which is a series of structures related to exercise.

The principle of interaction mainly describes three aspects: the functional system, the type of consciousness, and the mechanism of psychological activity. Consciousness and psychological activity are the result of the joint work of various functional systems.

The principle of interaction explains the effects of functional activities of the brain and functional systems, that is, under the dominance of consciousness, the interaction of various factors produces psychology.

The function of each functional system and the mechanism of psychological activity, that is, the interaction of various factors to generate psychology. Each functional system can independently produce samples to illuminate Qiu Jue and produce relatively independent consciousness. Each functional system, sample, and consciousness are factors that constitute psychological activities. These factors play their roles independently. Each factor interacts with each other and affects each other. Constraints produce a variety of complex psychological activities. (Note: The interaction between various factors is realized through exchange. See the exchange principle. The exchange principle explains the neural mechanism that produces the interaction.)

Each functional system, as well as the samples produced by each functional system, and the consciousness that they produce can all function independently and form psychological activities.

The principle of exchange explains the production mechanism of the sample and the function of each layer of the brain (neurons, neuron groups, nucleus or functional areas, brain). It is based on the classic neuron theory and classic reflection theory. In-depth research, after years of repeated verification, has confirmed that neurons have the function of exchanging information, laying a solid foundation for uncovering consciousness and psychological mysteries.

The principle of exchange explains the function of brain structure at all levels (the mechanism of consciousness and psychology), that is, consciousness and psychology are realized through exchange. Exchange is a universal function of the various layers of the brain. The brain produces various samples through multi-wave exchanges, which illuminates Qiu Jue's understanding of many aspects of things. Exchange is the common function of the brain-like structure of each functional system, and the layers of the brain-like structure. The structure of the brain-like structure of each functional system includes the neurons, neuron groups, and nucleus groups. Through multiple information exchanges Or sample exchange to realize the exchange and output of samples, to light up Qiu Jue to create consciousness, and form complex psychological activities.

1. The type of exchange. Exchange is divided into meta-exchange and sample exchange. We call the exchange of a single neuron a meta-exchange, and the exchange of a group of neurons is called a sample exchange. What we generally call an exchange is a sample exchange. Neuron-like brain functions, that is, the neuron group (or column), functional area (or nucleus), and exchange functions of the brain are based on the exchange function of neurons, and the joint effects of various neurons are jointly realized of. The information or sample is the collection of genetic information of each neuron, and the sample exchange is the exchange between the collections and the exchange between the collections composed of the individual exchanges.

2. Transfer and analysis of exchanges and conditioning. The exchange is divided into many levels. Starting from the introduction of information into the brain area, the sample exchange is wave-by-wave outward. This is analysis and the essence of conditioned reflection.

3. The sample brain carrying sample exchange is mainly the cerebral cortex.

Our various consciousness, psychological activities, and cognition and understanding of things are generated through exchange, which is the function of neural structures above the level of neurons. There are two types of exchange: meta exchange and sample exchange. Meta exchange is the basis of exchange, and sample exchange is a complex exchange.

First, the basic exchange and output between individual neurons through information exchange. There is information inherited in the neuron. The neuron controls the incoming information according to the genetic information and issues the corresponding information. The information is transferred from one neuron to another neuron to complete the exchange and output of information. Second, the neuron group Through the exchange of information to achieve complex exchanges and memories, the output samples illuminate Qiu Jue to produce consciousness, which in turn leads to various consciousness and psychological activities. An incoming message activates a group of neurons. Information exchange is the exchange of one neuron group with another neuron group. Through the information exchange of multiple levels of neuron groups, complex exchanges and memories are realized. The higher the complexity. The information produced by the neuron group at each level is a sample of certain significance, and these samples can illuminate Qiu Jue into consciousness. Various consciousness and psychological activities are the result of the joint action of neuron groups of various functional systems. With the visual cortex, auditory area, and somatosensory area of the cerebral cortex as the information introduction center, the neuron group diffuses outward from level to level. The farther away from the afferent center, the more stages are exchanged, and the more complicated the sample becomes.

The neural structure at the level above the neuron. The neuron group, nucleus, and brain realize sample exchange and connection through continuous information exchange, realize in-depth exchange of samples, obtain valuable samples through sample exchange, and illuminate Qiu Jue to produce things. Know and understand.

1. A neuron is a functional unit that exchanges information. Each neuron must complete the information exchange function, accept incoming information, exchange incoming information, and issue corresponding information. This is the significance of the existence of a neuron. If a neuron loses its afferent or cannot exchange or release due to damage, disease, etc., the neuron will collapse.

2. Innate genetic information in neurons. Different neurons have different genetic information. Samples are an ordered cluster of various genetic information. They are symbols in the brain that represent the meaning of this thing. The more complex the sample is, the more complex the sample is. , The more genetic information it contains.

3. Innate reflection can realize sample exchange innately, accepting incoming samples of other neurons, and transmitting their own genetic samples to the effector; the samples issued and transmitted by innate reflection are often simpler genetic information, or Simple combination of multiple limited genetic information.

4. The knowledge of objective things is acquired the day after tomorrow. The connection is that each neuron establishes a sample, establishes a reflection path through the acquired learning, and realizes the exchange of samples. The function of the thalamus to issue thalamus is also realized through the exchange of samples. The connection of Qiu Jue, the sample can illuminate Qiu Jue through the connection path; the connection of each neuron is the connection of each genetic information and even the signal and information, that is, memory.

1 Functions of neurons

Information exchange is a function of neurons. According to the incoming information (ie, the sample), the neuron sends out the corresponding information (also the sample) against its own information (ie, its own sample). This is the function that the neuron must complete and the significance of the existence of the neuron. The loss of any of the neuron's afferent, control, and efferent loops will not allow the neuron to perform its full function and lose its meaning. It is found in clinical cases that if some neurons cannot accept the loss of afferent, exchange, or afferent links due to injury, disease, etc., this neuron also loses its meaning of existence. Neural anatomy will find that these nerves Yuan broke down.

The reflection, or exchange, of the sample of neurons is the basic form of all consciousness and mental activity. The function of neurons is the exchange and output of samples. When a sample is passed in, this neuron is activated, compared with its own sample, finds the similarities and differences, and produces a sample corresponding to the incoming sample for distribution.

Congenital reflexes are few and simple. More neurons have no congenital afferent and efferent paths. To realize their functions, they must establish connections with other neurons, obtain sample afferent and efferent paths, and implement reflex activities. .

1.1 Genetic Information of Neurons

1. Information is inherited in neurons. We can know from some congenital reflexes that there is genetic information in neurons, such as food reflexes, sexual reflexes, defensive reflexes, etc., and then our common strong light stimulation causes pupil contraction, foreign objects stimulate the cornea to cause blinking, and thump the knee Causes calf bouncing, etc. These impulses that control effector actions are issued by neurons. Nerve impulses are not generated out of thin air. They originate from the genetic information in neurons. Without this genetic information, there would be no nerve impulses. Genetic information is also the unit that forms the sample. When the susceptor sends the impulse (ie, the sensation sample) to the intermediate neuron, the intermediate neuron sends a sample to the effector, and the effector generates the corresponding action according to the sample. Of course, such samples are generally extremely simple, and the resulting actions are also extremely simple. Genetic information is also the unit that forms the thalamus. When impulses are transmitted to the thalamus, the thalamus releases thalamus, or it produces sensations or perceptions.

2. Acquired role of genetic information. The genetic information in a neuron has a certain width and breadth, or a certain response range. In the day after tomorrow, a certain segment is turned on or off, so that different neurons respond to different information.

3. Neuron genetic information is a prerequisite for exchange. To exchange things or information, we must first decompose the information. The information passed into the brain is a mixture of various things. There is no boundary between one thing and another. The brain first needs to decompose and synthesize this information, separate each thing in the information, and light up Qiu Jue. Generate awareness of things. For the decomposition of information, different neurons decompose different genetic information. Each neuron only responds to information that is consistent with its own genetic information, so this information is decomposed into a collection of various genetic information, which has corresponding The synthesis of related genetic information represents one thing, and the synthesis of other genetic information with corresponding relationships represents another thing, realizing the exchange process.

1.2 Exchange

1. Sample exchange. The reflection of a single neuron is too simple, and the reflection of psychological significance is done by a group of neurons. The reflection of the neuron group is hierarchical. As the reflection level increases, the output samples become clearer and more precise, reaching the level of consciousness and psychology. The incoming and outgoing of each link is the incoming and outgoing of the sample. The sample transmitted from the previous reflection to the next reflection, and the next reflection transmitted from the sample to the next reflection, level by level. Samples, transfer samples. When the receptor is stimulated, the eye sees things, and the ear hears the sound. The impulses sent by the receptors are transmitted to the visual area of the occipital lobe and the listening area of the temporal lobe, triggering a series of exchange activities in the cerebral cortex. Sample, this sample lights up Qiu Jue, so that this thing enters consciousness. The reflection or sample exchange process can continue forever, even if it reaches the effector, it still returns from the susceptor to achieve the exchange of samples. During the sample exchange process, the produced samples can generate consciousness and further realize various psychological activities.

Innate reflections can be used for sample exchange, but more sample exchanges are formed the day after tomorrow. On the one hand, innate reflection is very simple and limited. Our understanding of objective things is mastered through acquired learning. More neurons in our humans do not have an innate effective reflection path. They need to be established through acquired learning to achieve objectivity. Knowledge of things; on the other hand, these neurons without innate reflection paths must implement sample exchange through reflection activities to achieve their own functions. Therefore, these neurons will establish a connection with other neurons through synaptic tentative testing. When this connection is further affirmed or denied, a reflection path is gradually formed to achieve the purpose of sample exchange. This process of learning to establish a reflection path Is the connection.

2. The form of reflection. The reflections in the brain are very complicated and can be divided into two categories according to the effects produced: reflections that produce consciousness and reflections that produce movement. The reflections that generate consciousness are exchanged through the samples one by one, and finally a sample is output to the thalamus. The thalamus synthesizes and issues thalamus to generate consciousness; some of the reflections that generate movement also enter the consciousness, but the samples that specifically control the movement (movement programs, Instruction) is unconscious.

2 Exchange

The function of neurons, neuron groups, nucleus groups, and brains is to accept incoming samples, and to distribute corresponding own samples against their own samples. This is the basic way to achieve their functions. Each neuron, neuron group, and nucleus group After the brain accepts the incoming sample, the brain must issue the outgoing sample, which is the same in every step, which essentially realizes the exchange of samples.

Reflection is essentially a sample exchange. All the functions of the brain and even neurons are complete sample exchanges. All our consciousness and psychological activities are realized through reflection, that is, sample exchange. The exchange of samples cannot be stopped in the brain, and can be passed on all the time. This is determined by the basic functions of neurons, neuron groups, nuclei, and brains. The activities of neurons, neuron groups, nuclei, and brains are accepted. Incoming samples are issued with their own samples. From one link to the next, the exchange is passed on all the time. Without exchange or transmission, no neurons are active.

2.1 Sample exchange

When one brain is activated, three samples appear in the brain at different times. The first is a sample of activation function. This sample is produced by another brain exchange. After activating this brain, this brain exchanges this sample as the current exchange object, and the significance of exchanging this sample; the second is the reference sample. This sample is stored in the brain's own sample and integrated with the exchange function. The exchange is performed with reference to the sample stored in itself to find the difference between the current sample and its own sample; the third sample is the output sample. After the difference is made, a new sample is generated, which is consistent with the current thing, and activates the brain like lightening Qiu Jue. In the process of completing this exchange, this brain will save the similarities and differences of the exchange and realize the storage function.

The brain's exchange function is to perform sample storage, exchange, and output. At the same time that the sample is exchanged, the sample storage and final output are realized. These three functions are integrated. A sample is a tool for brain exchange. The brain receives incoming information or samples and exchanges them to send out samples. The brain's prefrontal lobe, the back of the brain, the hypothalamus, the striatum, and the cerebellum are all independent sample exchange structures, all of which can perform sample exchange functions independently.

The meaning of things is multiple, different brains exchange different meanings, the exchange of genetic samples is very simple, and lighting Qiu Jue also produces only simple consciousness. The number of connected samples is huge, there are many types, the types of sample exchange are diverse, and the process is complicated. In general, the back of the brain first exchanges the meaning of things itself. When the sample lights up the thalamus, the brain's prefrontal and hypothalamic exchange functions are activated. The prefrontal cortex exchanges the relative meaning of the things, and the hypothalamus exchange produces feelings. If things are related to movement, the striatum and cerebellum exchange functions are also activated, and the procedures and instructions that control movement are exchanged to the frontal lobe of the brain for execution.

The back of the brain, the prefrontal lobe, and the hypothalamus can mutually activate the exchange function. In addition to lightening the thalamus, the samples produced by each brain exchange also activate the exchange function of the brain-like brain. In addition to the posterior part of the brain, it can activate the functions of the prefrontal and hypothalamus. The samples produced by the prefrontal can activate the exchange function of the posterior part of the brain and the hypothalamus. The exchange function of the Ministry. When the brain's prefrontal lobe exchanges the relative meaning of things, the output sample lights up the thalamus and activates the exchange function of the back of the brain, exchanging the meaning of things, and activating the exchange function of the hypothalamus to generate feelings. When the hypothalamus produces sensations, the sensation sample illuminates the thalamus while activating the exchange function in the back of the brain, exchanging the meaning of sensations, and activating the relative significance of exchanging sensations in the prefrontal lobe of the brain.

2.2 Sample exchange of the cerebral cortex

The reflection is centered on the sensory incoming functional area and diffuses gradually to the surroundings. The further away from the central area, the more reflections there are, the more samples are exchanged, and the more accurate the sample produced.

The cerebral cortical sensory afferent functional areas are mainly the visual area, the auditory area, and the somatosensory area, which respectively receive the visual, auditory, and tactile signals transmitted by the eyes, ears, and skin.

All the functions of the nervous system, from neurons, neuron groups, nucleus groups to the brain, can be said to operate on the sample. There are mainly two modes of operation: connection and exchange. Our various consciousness and psychological activities are Connection or exchange of samples.

Connections are the required genetic information from neurons, and when these genetic information can represent things, they are samples. Simple connections can be used to create simple samples representing objective things in the brain, and simple samples can be used to create complex samples that represent complex things; only through connections can neurons, neuron groups, and nucleus groups be functionally connected Integrated into a variety of sample exchange functions. Consciousness and psychological activities are finally realized through the function of sample exchange. When the samples exchanged reach a certain degree of complexity, consciousness and psychological activities are formed.

1 What is the connection principle

The principle of exchange describes the output mechanism of the sample, the principle of connection explains the formation mechanism of the sample, the mechanism of the generation of consciousness, and the formation of functional systems. Exchange is the function of the various layers of the brain.

The connection principle explains the function of the brain structure at all levels (the formation mechanism of consciousness and psychology), that is, consciousness and psychology are formed by connection. Samples, lighting paths, and functional systems are all formed through connections. The genetic information of the neuron group is connected to form a sample, the sample and the thalamus are connected to form a lighting path, and the thalamus nucleus and the related brain-like functional area or nucleus are connected to form a functional system.

Neurons, between groups of neurons, or between nucleus groups and functional areas establish a stable connection through learning to form a sample; establish a sample to lighten the path of thalamus through connection to create consciousness; thalamic nucleus and brain-like functional areas and nucleus By connecting to form a functional unit, a functional system is formed.

There are three types of connections: connection of samples, connection of consciousness, and connection of systems. The brain-like neurons have genetic information, and most of the samples are connected by the genetic information of several brain-like neurons; different functional areas and nucleuses form a functional unity through connection, including consciousness and systemic connections. The sample must pass the connection path to illuminate the thalamus to produce consciousness; the thalamus nucleus and the cerebral cortex functional area, and the brain-like nucleus form a separate functional system through the connection.

1. Samples are the cornerstone of psychology. Functional activities from neurons to the brain all operate on samples, and samples representing objective things in the brain are acquired the day after tomorrow. After birth, through contact and learning with objective things, the related genetic information of several neurons is linked to form a sample, which is the connection of the sample.

2. Enter consciousness. After the sample is formed, it finally needs to enter consciousness to be meaningful. The brain-like functional area, nucleus, and thalamus nucleus have a fibrous connection in nature. By learning to establish a sample, the nerve fiber establishes a connection between the sample and the thalamus. The connection path lights Qiu Jue into consciousness.

3. Form a functional system. The nuclei or functional areas can function independently. To realize the function of sample exchange, it is necessary to establish a connection between different nuclei and functional areas, and the sample can be transferred from one reflection to the next reflection through the connection path. Different thalamic nucleus groups and different functional regions and nucleus groups of the pectoral brain are connected to form a functional unity, forming a plurality of relatively independent functional systems.

2 Samples and their connections

Samples are the symbol of things in the brain, and they establish a relatively stable connection through the connection between genetic information of several neurons. A simple sample is a collection of genetic information of several neurons connected by a complex, a complex sample is a collection of several simple samples, and several complex samples can be combined into a more complex sample.

When we were born, we could hardly recognize and understand any external things, because there were no samples in our brains that represented external things. Animals can respond to external stimuli. This is an inherent ability, but we humans need to know the meaning of stimuli first, and then respond appropriately, which requires understanding and understanding of things. In the process of continuous contact with objective things, a born baby will continue to search, explore, and learn. In the brain, a sample of physical characteristics such as the shape and color of objective things is first established, and then samples of performance and usefulness are gradually formed. Initially I do nt know what I know, then I know more about it. Of course, these samples are meaningless symbols in the brain, although some of these symbols indicate a certain meaning.

1. Type of sample. All nerve afferent and outgoing impulses, all signals stored in the brain, and activities, including Qiu Jue, are samples. Due to the special nature of Qiu Jue, we treat Qiu Jue and samples separately. A sample is a symbol of something in the brain.

Samples can be divided into genetic samples and linked samples according to the origin. Genetic samples are inherited and produce innate reflexive and instinctive activities. Such samples are very simple and few; a large number of samples in the brain are formed by associations, which are about objective things, and are related to objective things after birth. The process of constant contact and awareness is established through learning.

Samples can be divided into three categories according to the generation process: incoming samples, own samples, and output samples. When a reflected sample comes to a certain functional area or nucleus, a functional area or nucleus receives an incoming sample; its own sample is formed by the connection of the functional region of the brain and the nucleus, and is stored in the sample. In the brain functional area and nucleus, it is the reference basis for the functional area and nucleus to exchange incoming samples. When the functional area and nucleus refer to their own samples to find the similarities and differences of the incoming samples, a sample corresponding to the incoming sample is produced. . Own samples are stored in functional areas and nuclei and are realized through connection; while incoming and outgoing samples are the products of functional areas and nuclei activities, and have nothing to do with connection. The own sample realizes the storage of information, and the outgoing sample is the retrieval and recall of information.

Samples are divided into simple samples and complex samples according to how much they contain. Simple samples are connections of genetic information of several brain-like neurons, complex samples are connections of simple samples, and several complex samples can be combined into more complex samples. The complexity of the connected sample corresponds to the objective thing, and the complex objective thing needs a complex sample to represent.

2. A sample is a collection of genetic information about brain-like neurons. Like thalamic neurons, neurons in the brain-like brain are also inherently branded with a variety of genetic information. Genetic information alone is meaningless. An ordered collection of these genetic information can constitute a symbol representing things, which is a sample, such as The genetic information of the neuron representing "one" is combined with the genetic information of the neuron representing "1" to form samples of "ten", "ding", and "mouth" and "well".

3. Sample exchange. The main function of the sample brain is to perform sample exchange and output, such as the cerebral cortex, basal nucleus, hypothalamus, and cerebellum. The main function is to perform sample exchange and output. Samples are extremely complex. To get a structured sample, you need to use the extraordinary and powerful exchange functions of the brain, such as the cerebral cortex. Only a well-organized sample can illuminate Qiu Jue to produce clear consciousness. If the sample is chaotic, the illuminated Qiu Jue is chaotic, and the resulting consciousness is also chaotic. The cerebral cortex and basal nucleus can complete very complex and delicate exchanges. The complex samples obtained through the exchange illuminate the mound consciousness to produce complex consciousness. The exchange of other brains is relatively simple and the consciousness produced by the mound illumination is relatively simple.

Sample exchange is based on incoming samples and referring to own samples to find the similarities and differences between incoming samples and own samples. This process is exchange. The purpose of exchange is to produce a sample corresponding to the incoming sample.

4. The connection is realized simultaneously in the functional activity of the brain. The connection is not an independent function, but the sample brain simultaneously completes the sample connection while completing the sample exchange output. Each process of exchanging the output of the sample is also a learning process. The born baby cannot recognize any objective things. Through step-by-step contact, exploration, and learning, each neuron freely exchanges and produces its own genetic information, blinding each other. Connection. When a genetic information connection corresponding to the meaning of an objective thing occurs, this connection will surely gradually stabilize and form a connection.

The own sample is the reference for the exchange of functional areas and nuclear groups. The functional areas and nuclear groups will modify this own sample at the same time. Establishing own samples in functional areas and nuclear groups can quickly produce samples, so that we can develop awareness of things in a very short time. At the same time, the produced samples often contain new content, The samples are modified to form new connections.

5. Memory. Memory is the recording and recollection of information. Neurons cannot produce new things for no reason to realize the storage and recording of information. The storage of information is achieved through the connection between neurons. An information is introduced into the brain, and is decomposed into genetic information layer by layer. The meaningful genetic information connection is strengthened one to several times, and the samples are connected to realize the storage of information.