Understanding
The Subconscious Mind

Many professionals in the field of psychology consider the use of the word “subconscious” to be “quasi-scientific” and prefer to use the term “unconscious.” It was Sigmund Freud who introduced the concept of interpreting the thoughts within an “unconscious mind” through techniques such as random association, dream analysis, and Freudian slips.

On the other hand, to be unconscious is to be in a comatose state, where the mind does not respond to environmental stimuli. Rather than suggest an “unconscious mind,” which nevertheless responds to the queries of the psychoanalyst, this article opts for the concept of a “subconscious mind,” which responds to stimuli beneath conscious awareness. Subconscious responses often enter conscious awareness.

Understanding the subconscious mind requires an overview of the principal pattern recognition processes operating in the nervous system. Beneath your awareness, neural drives remember and recognize patterns and act with logical precision. Those drives support your speech. They respond to your feelings, organize an idea, find the right words, arrange them in order, check grammar and operate your vocal chords. You are only conscious of the final outcome.

Most of the things you do are outputs of your subconscious drives. Even the emotional turmoil you experience is caused by internal drives triggered by emotions. Effective mind control depends on an understanding of the major neural drives within your subconscious mind.

Your conscious actions eventually become subconscious habits. The basal ganglia, a brain organ, is believed to “automate thinking and acting, turning focally conscious activities into quick, reliable, unthinking habit.”

Ann Graybiel recorded neural activity in the basal ganglia of a monkey, while it learned to associate the sound of a click with the availability of a sip of juice. With the start of activity in the throughput lines of the region, “spidery arms that eavesdropped” on the flow fired in rhythm, and learned the activity. Later, the region mirrored the firing rhythms, converting it into an act managed by a subconscious drive for the animal.

  • Organs in the brain, including the basal ganglia and the cerebellum manage your life, while you worry about the dinner menu.
  • PET Scans reveal how learning processes quickly avoid a need for conscious attention to finish intelligent habitual tasks.
  • Patter recognition links objectives to tasks stored in memory. Your motor control system follows objectives set by your will, or your emotions.
  • Early life links between emotions and motor control. Vast memory stores add more links throughout life.
  • Major objectives set in childhood are managed by drives.
  • Unpleasant feelings trigger subconscious drives, which make your life miserable.
  • Drives, which manage subconscious search processes are at the root of creativity.
  • Ongoing drives also burden you, when you bear heavy responsibility.

Can An Algorithm Be Controlling The Mind?
I am not a physician, but an engineer. Way back in 1989, I listed how the ELIMINATION approach of an AI Program could be uncovering a mystery of the mind.  How could a doctor be instantly identifying Disease X out of 8000 diseases?  How could the doctor's mind isolate a single disease/symptom (D/S link out of trillions of possible links in less than half a second? 

This list of 6 unique new premises could be explaining the enigma and revealing an exciting glimpse into the mind:

First, the total born and learned knowledge available to the doctor could only be existing as the stored/retrieved data within the 100 billion neurons in his brain.

Second, axon hillocks could be storing that knowledge as combinatorial memories. Residing at the head of the axonal output of each neuron is its axon hillock, receiving thousands of inputs from other neurons. Each hillock is known to be making the pivotal neuronal decision about received inputs within 5 milliseconds. The hillock could be opting to fire impulses, if it recalled a combination. If not, it could be opting to inhibit further impulses.  Or, it could be recording new combinations, adding to its memory store.  These choices and recordings were programming axon hillocks to logically store and respond to vast memories, making the mind intelligent.

Third, combinations are known to be providing nature with its most powerful mode of coding. Science has been reporting the neuronal memories provided by combinations for millions of smells. Each axon hillock is capable of processing more combinations than there are stars in the sky. Each new combination stored by an axon hillock could be recording a new set of relationship links remembered by the mind.  The doctor's brain could be storing all the D/S links known to him as combinations in the relevant axon hillocks of his brain.

Fourth, instant global communication is working today as a practical reality. Millions of cells of spreadsheets are instantly reflecting single inputs into cells. The doctor observes a symptom. Within the instant of his observation, the feedback and feed forward links of his brain could be informing all related D/S axon hillocks of the presence of the symptom as a combinatorial transmission.  Only the D/S link of Disease X could be recalling the combination and recognizing the symptom.

Fifth, on not recognizing the symptom, all other disease related D/S hillocks could be instantly inhibiting their impulses. But, the D/S links of Disease X could be continuing to fire. Those firing D/S link would be recalling past complaints, treatments, patients, references and signs of Disease X, thus confirming the diagnosis, in the doctor's mind.  In this manner, rational axon hillocks could be enabling the prescient speed and wisdom of the mind.

Sixth, specific regions of the brain are known to be identifying sensory inputs, recognizing objects and events, triggering emotions and providing motor responses. Axon hillocks of those regions could be rationally responding to inputs and triggering those functions. The axon hillocks of the amygdala could be storing memories of threats during life, or during prehistoric encounters. The sight of a snake could be triggering fear signals from the organ. Those signals could be triggering reflexive flight or freeze responses out of the axon hillocks of the motor regions.

Finally, common sense can calm such reflexive responses through routines for self awareness, as suggested in these pages. Sound judgement
can be toughening the mind by making it patient and by controlling its temper. Grief or guilt will not be shattering experiences; reason can be the tool for conquering fear; for escaping from the well of sudden disappointment; avoiding dissatisfaction with life; avoiding despair over the lack of meaning in life. These urged routines, which provide effective mind control, are now benefiting thousands of people.

W
orldwide interest in this website is acknowledging its rationale. Not metaphysical theories, but pattern recognition and infinite axon hillock memories could be explaining the astonishing speed of human intuition. Several years after 1989, a Nobel Prize began acknowledging combinatorial olfactory codes. Over three decades, this website has been assembling evidence of how neural pattern recognition is powering emotional and physical behaviors. It has been receiving over 2 million page views from over 150 countries.

Understanding The Subconscious Mind 
Who Plays Video Games For You?

Science has clearly shown that complex intelligent activities can be managed by your subconscious drives. In their research using PET scans on subjects playing video games, scientists discovered that cortical activity increases significantly when you first begin to learn a skill. Such activity decreases when you master the pursuit. Your conscious thoughts are correlated to cortical activity. The bulk of your activities are learned and converted into habitual drives. Those drives subconsciously manage your motor systems without your awareness.

Understanding The Subconscious Mind
How Precise Are Your Automated Motor Controls?

Your cerebellum is reported to support motor functions, using an accurate biological clock. It is considered "necessary for smooth, co-ordinated, effective movement." Its outputs are through rows of Purkinje cells, which sent impulses to the motor neurons. Each of those cells reportedly evaluate 2,50,000 parameters including which opposing muscles contract, their levels of tension, on pressure, stretching of skin and the beginning and end of muscle movements. Your subconscious drives set objectives and your motor systems interpret current sensory and motor data and act to achieve those objectives.

Understanding The Subconscious Mind
How Do You Act On Your Decisions?

Your motor control systems have a galactic store of preprogrammed habitual actions, finely tuned to meet specified objectives. Everything you do has an objective. Your will, or your emotions, decide those objectives and your motor systems select appropriate action to achieve those goals. A television set recognizes the selected movie channel (the drive objective) and delivers a preprogrammed set of images, which enact your movie. A drive is a set objective, which delivers the desired chain response. When you travel on a transatlantic flight a single subconscious drive manages your trip. Your conscious actions are limited to reading a few airport signs to assist the current drive.

Understanding The Subconscious Mind
How Many Sub Programs Switch In?

When you decide to move a piece on a chess board, a specific drive takes over. It controls the sequences of motor impulses, which persist from the instant your hand picks up the piece, till it is set down in its new position. Muscle movements are sequences of contractions, which last just milliseconds. Each signal invokes only a tiny contraction. Myriad muscles have to contract and relax over thousands of cycles till your chess piece reaches its desired position. Interpreting the drive, motor codes continually issue precise instructions to meet its objective. Your hand does not wander off on its own. Drive systems within your subconscious mind persistently iterate the objective till it is achieved.

Understanding The Subconscious Mind
How Are Your Objectives Formulated?
The Hydra, the earliest animal, had a nerve net, which triggered primitive drives, which enabled it to move about and absorb or reject food particles. From those primeval origins, nature developed an incredibly sophisticated range of emotions, including fear, sadness, disgust, contempt, curiosity, surprise, love, pleasure, embarrassment, guilt, and shame, which control the finely differentiated activities of animals. Those emotions set the objectives for the subconscious drives, which deliver appropriate motor outputs.

Understanding The Subconscious Mind 
How Does A Child Reach Out & Touch An Object?

The memories of drives are assembled from the cradle, with the intense activity of an infant triggered by inherited drives, which set off its typical hand movements. Its basal ganglia records the emotion signals of pleasure against the drive, which erratically touch an object. When the object is seen again, its desire is converted into the drive. The emotion recalls the drive pattern, which activates the recorded hand movements. It purposefully touches the object. With repeated play and experimentation, the child learns to move its hand towards seen objects. In time, it learns to reach out and grasp a pencil. As emotions increasingly control specific drives, the random activities of the infant cease.

Understanding The Subconscious Mind
How Are Your Subconscious Habits Managed?

It requires your undivided attention, when you first learn to drive a car. A conscious learning process links your motor drives to sensory perceptions. The system stores those memories. Over the years, millions more contextual memories are added. Shortcuts, early lane changes, responses to traffic snarls. With experience, your drive home requires little conscious thought. Ordinary people were unaware of the drives, which tie their shoelaces, or slice a carrot. Such drives remember and manage your myriad habitual subconscious activities.

Understanding The Subconscious Mind
How Does Your Mind Set Goals?

Determined by childhood longings and beliefs, the more enduring drives set your career path. You do not consciously decide to follow your career every morning. They are long term programs, established at a young age. Those drives decide your daily routines persistently over thousands of sleep and waking cycles. They are learned gradually from infancy, forming sequences of physical activities, to be recalled instantly - to flee, attack, or negotiate. Many such patterns are learned in the playing fields, where habitual emotional responses controlled personal relationships in the subconscious mind.

Understanding The Subconscious Mind
How Many Complex Drives Manage Your Mind?

Programmed drives manage sophisticated behavior from remembered responses. Birds built nests driven by such programs. Drives enable the mind to meet complex rules for a game and achieve objectives. Many drives are inherited, making us shake with sobs in sadness or laugh heartily with happiness. Emotions trigger the drives. Pleasant emotions generate drives, which approach and accept. Unpleasant emotions generate drives, which seek to escape, or reject the stimulus. Each moment of your life, an intuitive process selects an emotion which activates appropriate drives in your subconscious mind. That emotion immediately decides your current attitude to life. You respond with pleasure, or withdraw from pain.

Understanding The Subconscious Mind
What Is The “Hurt” Component Of Pain?

While the pleasure drive approaches and accepts, pain triggers drives, which seek to escape. The drives, which actively struggle to escape pain are quite different from your sensation of pain. Medical texts report that pain is felt in two waves, separated by an interval of a few tenths of a second. The first sensation of pain is sharp and localized. The second drive signals are disagreeable. Those signals "hurt," because they trigger drives to "escape" the situation. There are medical conditions, where patients report that they feel pain, but it does not “hurt.” The "escape" drive channel was cut through surgery - prefrontal lobotomy. Effective mind control is about a level of self awareness, which identifies the physiological sensations and so stills the more troubling drives.

Understanding The Subconscious Mind
How Do You Prepare A Shopping List?
Drives manage the search processes in your mind. Just as precisely sequenced motor impulses manage the slash of a surgical knife, programmed drives search your memories, or superimpose one image on another in your imagination. This process within the machine can be verified by you. When you set out to write a shopping list, a persisting drive is set off. Its objective is to discover the items in your list from your memories. Those memories are stored in the context of your needs, defined by your feelings. As you write each item down, drives bring a new item into your short term memory.

Understanding The Subconscious Mind
How Did The Monkey Reach The Banana?

Konrad Lorenz describes the creativity in the mind of a chimpanzee. The animal was in a room which contained a banana suspended from the ceiling just out of reach, and a box placed elsewhere. "The matter gave him no peace, and he returned to it again. Then, suddenly - and there is no other way to describe it - his previously gloomy face 'lit up'. His eyes now moved from the banana to the empty space beneath it on the ground, from this to the box, then back to the space, and from there to the banana. The next moment he gave a cry of joy, and somersaulted over to the box in sheer high spirits. Completely assured of his success, he pushed the box below the banana. No man watching him could doubt the existence of a genuine 'Aha' experience in anthropoid apes." Drives manage creativity in your subconscious mind.

Understanding The Subconscious Mind 
What Do Search Drives Deliver?

Human creativity is founded on search drives. The memories of a lifetime of events are added to a galactic memory, storing knowledge inherited across millions of years of evolution.   Drives can superimpose one concept on another in memory to create a new image in any imagined combination. Even a child can imagine a chair with an attitude, or a refrigerator with a toothache.  By interpolating millions of possibilities, your subconscious mind arrives at new and original solutions. Creativity stands on the firm foundation of a search drive, which manipulates a gargantuan memory.

Understanding The Subconscious Mind
When Are Search Drives A Heavy Burden?

More stress is a distinct possibility if you manage a large organization. Any large enterprise has many problems, demanding solutions. Within your subconscious mind, multiple drives persistently search for solutions to endless issues. Unless managed, these drives persist, recycling their searches, and repeatedly encountering frustrations. Those frustrated searches create a turmoil of emotions, giving you no peace. Persons, who retire from such responsibilities report a feeling of a burden lifted off their shoulders the very next day! Effective mind control requires an awareness of such drives in your subconscious mind. Systematic planning and mindfulness exercises can free you from the burdens of such drives.

This page was last updated on 13-Sep-2016.



Jordan Peterson - Happiness
Can Artificial Intelligence Replace Humans?

JUST THINK...   What happens when you are beginning to talk? Your nervous system is picking an emotion, articulating an idea around it, choosing apt words from a vocabulary of thousands of words, arranging them in lexical and grammatical order and adjusting the pitch of your voice. Before you speak you are having no consciousness of the words you will use. Who is actually taking charge?  This question leads to the question "What is consciousness itself?" Is consciousness a spirit living in a human body?  Is it a life form that emerges from the nervous system?  This is the living hard problem of consciousness. 


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