Brain in Tuition

If you think of the capabilities of computers, you probably think as though we have achieved brain like tech. this is far from the case.

However we have come a huge way.

In order to understand the huge evolutionary jumps that we will be making in the very near future we must look at the very basic building blocks in the evolutionary path to our very complex brains. Once we remind ourselves of the incredible journey we can better understand how the future ma look.

The history of the universe, the establishment of Humans

With the internet and the availability of mobile phones and computing power that exceeds those that put an astronaught on the moon.

social networks and huge data storages

It is worth mentioning that logic and reasoning which comes from left side of the brain is desirable however “In our modern world we develop something that looks awfully like the left hemisphere’s world: we priorities the virtual over the real, the technical becomes important.

Computers - Hemisphere

The Wizzard Hat

The Wizzard Hat brain interface will feel so complete, so smooth, so biocompatible, and so high-bandwidth that it feels as much a part of you as your cortex and limbic system.

Level 3: I just know the fact I want to know the second I want it. I don’t even know if it came from the cloud or if it was stored in my brain. I can essentially treat the whole cloud like my brain. I don’t know all the info—my brain could never fit it all—but any time I want to know something it downloads into my consciousness so seamlessly and quickly, it’s as if it were there all along.

Human / gut intuition is the part of the human methodology that could be outsourced and be integrated with computers. We would hugely benefit from computers running the repetitive maths that is required for various living functions. Where in fact computers would take part in activities of the left part of the brain. Nowadays we live in a world which is entirely made on rationality with a network of small complicated rules that cover the surface of life and limits the freedom of thoughts.

In computers, information in memory is accessed by polling its precise memory address. This is known as byte-addressable memory. In contrast, the brain uses content-addressable memory, such that information can be accessed in memory through “spreading activation” from closely related concepts.

Your car (or whatever people use for transportation at that point) will pull up to your house and your mind will open the car door. You’ll walk up to the house and your mind will unlock and open the front door (all doors at that point will be built with sensors to receive motor cortex commands).

None of this stuff will take any effort or thought—we’ll all get very good at it and it’ll feel as automatic and subconscious as moving your eyes to read this sentence does to you now.

The reason that Autonomous cars will be everywhere is that computers will take less time to react.

So you’ll have sensory input capabilities and sensory output capabilities—or both at the same time. This will open up all kinds of amazing possibilities.

Say you’re on a beautiful hike and you want to show your husband the view. No problem—just think out to him to request a brain connection. When he accepts, connect your retina feed to his visual cortex. Now his vision is filled with exactly what your eyes see, as if he’s there. He asks for the other senses to get the full picture, so you connect those too and now he hears the waterfall in the distance and feels the breeze and smells the trees and jumps when a bug lands on your arm. You two share the equivalent of a five-minute discussion about the scene—your favorite parts, which other places it reminds you of, etc. along with a shared story from his day—in a 30-second thought session. He says he has to get back to what he was working on, so he cuts off the sense connections except for vision, which he reduces to a little picture-in-picture window on the side of his visual field so he can check out more of the hike from time to time.

• DNA is just another digital storage device.

  Instead of binary data being encoded as magnetic regions on a hard drive Looking forward, they foresee a world where biological storage would allow us to record anything and everything without reservation. We simply don’t have the storage capacity.

  There is a reason that backed up data is usually only kept for a few weeks or months The worlds total data can be stored in a few hundred kilos of DNA It’s also worth noting that it’s possible to store data in the DNA of living cells though only for a short time.

  Storing data in your skin would be a fantastic way of transferring data securely Where other bleeding-edge storage mediums need to be kept in sub-zero vacuums, DNA can survive for hundreds of thousands of years in a box in your garage.

  DNA storage is fast enough for very-long-term archival. however, a slow process, as the DNA needs to be sequenced in order to retrieve the data intended for uses with a low access rate such as long-term archival of large amounts of scientific dat It’s incredibly dense it’s incredibly stable

  One gram of DNA can store 700 terabytes of data have successfully stored around 700 kilobytes of data in DNA
• Copied it 70 million times. 
• 700 terabytes in a single gram of DNA. 
• Successfully stored 5.5 petabits of data

Of course, similar things can be done in computers, mostly by building massive indices of stored data, which then also need to be stored and searched through for the relevant Although this may seem like a rather minor difference between computers and brains, it has profound effects on neural computation

The role of the right brain in dealing with large scale problems in todays global village is vital.

With computers becoming increasingly used at handling the linear processes, the competitive advantage for humans is in the ability to access the power of the right hemisphere. This would be happening via a well-designed human- computer-interaction; an artificial new brand brain; an intuitive brain empowered by computers.

Communication—the flow of information into and out of your brain—is only one way your wizard hat will be able to serve you.

A whole-brain interface can stimulate any part of your brain in any way—it has to have this capability for the input half of all the communication examples above. But that capability also gives you a whole new level of control over your brain. Here are some ways people of the future might take advantage of that:

• The world's 2.7 zettabytes (2.7 followed by 21 zeros) of data are mostly held on hard disk drives: magnetic disks that work like miniaturised record players, with the data read by sensors that scan over the disk's surface as it spins. 
• But because this involves moving parts, there are limits on how fast it can operate.

For computers to run faster, we need to create "solid-state" drives that eliminate the need for moving parts essentially making the data move, not the device on which it's stored. Flash-based solid-state disk drives have achieved this, and store information electrically rather than magnetically.However, while they operate much faster than normal hard disks, they last much less time before becoming unreliable, are much more expensive and still run much slower than other parts of a modern computer -- limiting total speed.

Operating systems We have discovered that humans appear to have two very different “operating systems.” System 1 is our quick, instinctual, and often subconscious way of operating – it is controlled by our right brain and by other parts of our brain that have been around since prehistoric times, known as the “limbic” and reptilian” parts of our brain.

System 2 is our slower, more analytical, and conscious way of operating – it is controlled by our left brain and by newer parts of our brain that have only developed since prehistoric times (also known as the “neocortex”).

This is the bad bit.

Researchers have found that intuition is part of System 1, which is why it comes on so rapidly and often does not make rational sense to us. In other words, intuitive decisions are not something that we have thought out carefully with reason, but rather choices that have arisen quickly out of instinct. But not to forget that in general, the two hemispheres of the brain work together to orchestrate every human activity.

Yet neuroscientists suggest that the two hemispheres approach every situation slightly differently. Understanding and enhancing the use of one side or the other can enhance creative endeavors However it is not true that one part of the brain does reason and the other does emotion. In fact both are profoundly involved in both. Moreover is not true that language resides only in the left hemisphere.In the other words creativity is about shifting between rationality and intuition. Interactive connecting of the left part of brain to the intuition source of right brain can provide outstanding performance in decision-making and problem solving. researches suggest that the human intuition may also be integrated with computers where in fact computers would take part in activities of the left part of the brain.

Computers - Hemisphere

Nowadays we live in a world which is entirely made on rationality with a network of small complicated rules that cover the surface of life and limits the freedom of thoughts.

With the internet and the availability of mobile phones and social networks and huge data storages “In our modern world we develop something that looks awfully like the left hemisphere’s world: we priorities the virtual over the real, the technical becomes important.

With computers becoming increasingly used at handling the linear processes, the competitive advantage for humans is in the ability to access the power of the right hemisphere. This would be happening via a well-designed human- computer-interaction; an artificial new brand brain; an intuitive brain empowered by computers.

One solution being developed is 'racetrack memory', which uses tiny magnetic wires, each one hundreds of times thinner than a human hair, down which magnetic "bits" of data run like a data web.

Worth mentioning that logic and reasoning which comes from left side of the brain is desirable however increasing the usage of the knowledge which comes from the right hemisphere and the need to return what that knows about a broader context would be essential.

The role of the right brain in dealing with large scale problems in todays global village is vital.

Even though the Evolution of the human brain. At about 2 million years a go there was an evolutionary big bang where a few complex organisms grew sophisticated compound eyes and harnessed the light that filled the universe. Before they emerged no organism in the universe used light to change their behaviour. We don't know of any life on any other planet that uses light. Primitive cells that could detect light and in a very primitive way. The evolution of the eye plays a role in the complex evolution of the human brain.

Then 10,000 years ago, exploiting a sudden change in global climate with the end of the last ice age, humans learned to farm.

Farming was an energy bonanza. And exploiting that energy, human populations multiplied. Human societies got larger, denser, more interconnected.

The fact that you even exist is incredible. The fact that half of you come from one single sperm and not another. The fact that it was that ejaculation and egg on that day. The fact that the earth, one of a trillion planets, is so perfectly positioned near the sun, only 10,000 similar

and has chemicals such as h2o is astonishing

The brain becomes much clearer and more meaningful when you examine it in light of the evolutionary processes that create us.

Universe - New The neocortex is the most advanced object and ultimate solution of the universe as we know it. It's the final pinnacle product that the universe has produced. And it has not stopped its evolutionary path. In fact, the neocortex in the human brain is evolving at an enormous speed.

The Universe

We can marvel at how incredible that in this brief flickering moment life can exist and we seem to be the top.

13 Billion years ago there was nothing and then there was a bang and everything we have ever known since appeared from that point.

13.8 billion yrs old time is insane 180,000 years humans alive 2.8 billion earth made 10,000 planets where there is potential for life

Living on this revolving mass

Celestial clock ticking away for 4.5 billion years which is a long time considering the universe is 13.8 billion years old.

Stable enough for long enough to allow for evolution to play.

It has taken a third of the universe for humans to develop a lan unbroken chain of life that stretches back almost 4.5 billion years

Every evolutionary line has developed independently and most animals are perfectly adapted to their environment. They are not in the process of extinction, and they live in perfect harmony with their surroundings. The same could be said for most of the species that populate the Earth, even though their brains are far smaller than ours.

Stars

The higher a star's mass, the shorter its lifetime. Stars larger than about three times the sun's mass will expire before life has a chance to evolve. Conversely, the smallest stars weigh less than 10 percent as much as the Sun.

The stars above us will glow for 10 trillion years, giving life ample time to emerge on any planets they host. As a result, the probability of life grows over time. In fact, chances of life are 1000 times higher in the distant future than now.

One CM3 of brain tissue as many neurons in there as there are stars in the galaxy.

Your Brain is the most complex thing in the known universe

It is still common to hear other animals discussed as if they were some inferior form of human beings — as if there were some kind of natural ladder on which human beings obviously occupied the top rung. But that is not what we actually see in nature.

We can trace our ancestors back through time but in reality it is at the start of the universe where our story must begin.

Every atom in your body was once part of something else. The reason rocks of the earth can become living things and then return to become rocks is because everything is made from the same basic ingredients. Those ingredients are the 92 chemical elements (118?) which are the building blocks of everything on earth. Everything is made up of these simple elements configured in different ways. The endless recycling of the earths resources.

These chemicals are very reactive and enables them to combine with one another and make new substances and this has lead earth to create this endless variety which includes us. The science of chemistry knows that these elements are the same across the huge vastness of the universe. Each element burns in its own characteristic colour and its this property which tells us of the chemical make up of our galaxy. Each element within our sun not only emits light of a certain colour but it also absorbs it. We are ultimately made of the same stuff as the stars and the galaxies.

in order to understand where we came from we need to understand what happened in those first beautiful moments after the big bang. Just as a symmetrical cloud of steam cools into water liquid we see liquid crystals form as it freezes, the building blocks of everything we know of in quantum physics were formed as quarks in the universe cooled seconds after the big bang.

The construction of chemical elelments is so very simple. It is the number of protons in the nucleus that defines the type of element from the simplest chemical element being Hydrogen with a Singlel proton the nucelus is the centre of a particular single atom. From hydrogen you can make all the other chemicals.

This is called Nuclear Fusion and only happened in one place in nature in stars like our sun. Only a fraction of a interior of the Star can power to heat required 15 million degrees where the sun burns 600million tonnes of hydrogen

Our sun only converts hydrogen into helium. It is in the death of much older stars where temperatures get hot enough to make the other elements. As a start explodes to thousands

We need to understand what is going in depth of the star. As the star tries to defy the laws of gravity and implode on its own weight new elements are made in a sequence of separate stages. While there is Hydrogen to burn vast amounts of energy is released and makes an outward force. Once hydrogen is finished burning the outward pressure will disappear and the core collapses. At 100 million degrees we see helium fusion occur and this now creates more outward pressure. Path the same time 2 other elements are created that are vital for life. Every atom of carbon and oxygen was produced in the heart of a dying star.

This time takes only a million years which is a blink of an eye.

In Very very large stars thousands of times greater than our sun the fusion process can continue and when the helium runs out the gravity takes over again and carbon fuses into the other heavy metal elements. Core collapse, fusions and this repeats many times to create all the elements until the star finally turns into IRON FE and this is where the fusion process stops. So you could image a candy ball of elements with iron on the inside and then concentric rings of elements all the way to a hydrogen edge gas.

When the star runs out of energy the entire star falls in on itself. This is the destiny that awaits all of the stars in the universe.

The implosion of the star only emits 26 of the elements.

The universe will eventually decay away through entropy and the arrow of time and as stars turn to black dwarfs and

It is only in the final 15 seconds of the very largest supernova that the heaviest elements can be formed. It is only in the largest stars where temperatures can get to the hottest in the universes. If you were to look at the galactic core of a galaxy with billions of suns burning the lights from a super nova would be a similar strength

That is the difference with humans with have not learnt to mimic nature and find balance. It seems success, from an evolutionary standpoint, does not depend on brain size. Our larger brains have not replaced smaller ones, but have simply added to them. The larger brains that developed later on are simply the result of evolution's intrinsic tendency to try out all the possibilities. The growing complexity observed everywhere in nature is not the “objective” of evolution, but rather a side effect of its endless experiments over thousands and thousands of years

But the differences in the evolutionary development of the various parts of the brain have an even greater effect on behaviour than brain size does.

The various species of vertebrates are very similar in the way that their brains are organized

Earth

Earth was almost perfect. It was just the right distance from its star to contain huge oceans of liquid water. And deep beneath those oceans, at cracks in the Earth’s crust, you've got heat seeping up from inside the Earth, and you've got a great diversity of elements.

So at those deep oceanic vents, fantastic chemistry began to happen,and atoms combined in all sorts of exotic combination But of course, life is more than just exotic chemistry.

The earth is only 2.8 billion years old

3.7 billion years ago on the primordial earth

The starting journey of life on earth and it seems you need vast expanses of time but do you need the gaps from complex cells to simple life

The Earth has had a dominant species before but in the wake of an Asteroid 65 million years ago mammals bred to become

And we human beings are part of that creative evolutionary pulse that began 65 million years ago with the landing of an asteroid.

In biology, we look for rules that apply to all animals and to life in general as a means to learning about the world around us.

How do you stabilize those huge molecules that seem to be viable? Well, it's here that life introduces an entirely new trick. You don’t stabilize the individual; you stabilize the template, the thing that carries information, and you allow the template to copy itself.

And DNA, of course, is the beautiful molecule that contains that information.

For most of that time of life on Earth, living organisms have been relatively simple — single cells.

But they had great diversity, and, inside, great complexity.

Then from about 600 to 800 million years ago, multi-celled organisms appear.

You get fungi, you get fish,you get plants, you get amphibia, you get reptiles,and then, of course, you get our mammalian ancestors, who flourished in the niches left empty by the dinosaurs.

For example, all vertebrates have a forebrain, midbrain and hindbrain, within which are found all the major neural systems that have evolved to perform functions common to all species.

A larger brain or cortex contains a larger number of neutrons.

But what increases the most in mammals is the number of connections between these neurons and the efficiency.

The proportion of white matter in the brain (and hence of the axons that make the connections) grows steadily as one proceeds from rats to human beings.

However, the various species also have areas of the brain that have specialized in distinctive ways in response to the specific constraints of their environments.

The human brain size

The human brain is about three times larger in volume than we would expect in a primate of comparable size, and the proportions of its parts to one another are different than in other primates

Most of the types of cells in our body die and are replaced every two months. neurons, the primary cells of our nervous system do not multiply after we are born. Average human body is 50 trillion cells and 1 trillion make up nervous system. Today neurons in brain are same age as you hence feeling the same today as when you were young.But connections change over time depending on experience

For instance, the cerebellum is a part of the brain involved in co-ordinating muscle movements, and its weight as a percentage of the brain's total weight remains remarkably constant in all mammals.

MONKEY???? In contrast, the percentage for the neocortex varies greatly from one species to another. In fish and amphibian brains, there is no neocortex. In shrews, the neocortex accounts for 20% of the brain's weight, and in humans, it accounts for 80%!

For example, all vertebrates have a forebrain, midbrain and hindbrain, within which are found all the major neural systems that have evolved to perform functions common to all species.

A larger brain or cortex contains a larger number of neutrons. But what increases the most in mammals is the number of connections between these neurons and the efficiency. The proportion of white matter in the brain (and hence of the axons that make the connections) grows steadily as one proceeds from rats to human beings.

However, the various species also have areas of the brain that have specialized in distinctive ways in response to the specific constraints of their environments.

The human brain size The human brain is about three times larger in volume than we would expect in a primate of comparable size, and the proportions of its parts to one another are different than in other primate Most of the types of cells in our body die and are replaced every two months. neurons, the primary cells of our nervous system do not multiply after we are born. Average human body is 50 trillion cells and 1 trillion make up nervous system. Today neurons in brain are same age as you hence feeling the same today as when you were young.But connections change over time depending on experience

Connection Through an amazing leap, mapped through primate / monkey Evolution we developed the Primate Human Cortex on top. This incredibly complicated brain which we know little about and yet struggle with as a species of 7 Billion brains interconnected both physically and technologically.

Then a long way before that was a complex cell. Then pro carrier. Today, most scientists share the view that it is behaviour, not structure, that must be the measure of intelligence within a species. We only have earth to study. The mixture or upheaval and challenges on a relatively stable system. Compounding effect of time.

When we trace the brain’s evolution from fish to amphibians to reptiles to mammals and finally to humans, we see that the parts of the brain that have grown the most in human beings are in the neocortex, and more specifically the prefrontal cortex.

The brain is one of the most complex entities in the universe. The brain of a modern human consists of some 100 billion cells, each of which connects and communicates with up to 10,000 other cells. Together they forge an elaborate network of some one quadrillion connections.

2 sides of the cerebral cortex

The brain does not have just one single function on which evolution might operate. The brain is rather a collection of systems or modules each controlling different functions. In the realm of emotions, for example, we know a fair amount about the various systems where feelings of fear, anger and disgust originate. It is like compounding Interest that the brains of highly developed social animals get bigger as they require the ability to predict others behaviour.

Under stress, as your heart rate increases and adrenaline and cortisol production increase, you become more primed for fighting – and less primed for thinking.

In each moment of every day, a conversation is taking place inside us that’s one of the most vital we will ever find ourselves engaged in. It’s the silent, often subconscious, and never-ending conversation of emotion-based signals between the heart and the brain

• In the presence of positive emotions, such as appreciation,gratitude, compassion, and caring, the brain releases a very different kind of chemistry into the body.
• When we feel a sense of well-being, the level of stress hormones in our bodies decreases, while the life-affirming chemistry of a powerful immune system with anti-aging properties increases.
• Just as we can have the fight or flight response we can turn it off by not putting ourselves into that position. The Amygdala rigs your body to monitor and scan all incoming stimulation in the immediate environment to determine level of safety.
• The only way to train the brain is best with constant bio feedback.
• The shift between the stress response and a feeling of well-being can happen quickly. techniques that are found to have such benefits upon our health are the same ones that create the resilience in our minds and hearts. This is the key to personal resilience in life

The quality of our emotions determines the instructions our hearts send to our brain There is no logical way to the discovery of these elemental laws. There is only the way of intuition, which is helped by a feeling for the order lying behind the appearance.

~Albert Einstein We often hear a lot about the great strength of the human intuition How do we perceive and learn to accurately listen to our intuition We know it is often a better decision maker than our rational mind. If only there was a tool that was always on and providing this feedback in realtime.

Brain - language: - Now what makes humans different is human language.

• We are blessed with a language, a system of communication, so powerful and so precise that we can share what we've learned with such precision that it can accumulate in the collective memory. 
• And that means it can outlast the individuals who learned that information and it can accumulate from generation to generation in a form of collective learning that makes humans so creative and powerful

To understand the mechanics of the creative process of a decision, it is useful to have a deeper understanding of the structure and functioning of the brain. Brain is divided into a left and a right hemisphere called cerebral hemispheres (neocortex). Within the two hemispheres there are the neocortex and limbic system (including the corpus callosum). These four parts are profoundly divided yet well interconnected to each other.

So we can imagine the early universe breaking up into a billion clouds.

And each cloud is compacted, gravity gets even more powerful as density increases. The temperature begins to rise at the centre of each cloud, and then, at the centre,the temperature crosses the threshold temperature of 10 million degrees, protons start to fuse, there’s a huge release of energy, and bam! We have our first stars

The left and right halves of the brain do function in some different ways, but these differences are more subtle than is popularly believed. 

the left side processes small details of things you see, the right proce

sses the overall shape don’t work in isolation; rather, they always work together as a system.

• The sympathetic system is like the body’s EMT; it helps the body react quickly to situations requiring fast action, such as threats of danger, by increasing heart rate, respiration, and perspiration.
• During coherence, there tends to be a shift toward greater activity in the parasympathetic system.
• Also a number of other systems in the body also become more synchronized to the heart rhythm.
• The more you can stay in the coherence zone, the better your health and emotional well-being will tend to b
• A more predictable, smooth pattern—known as “coherence”—helps enhance our ability to think clearly and remain emotionally stable.
• During a state of high coherence, the functioning of your heart, brain, and autonomic nervous system are synchronized.
• This state differs from relaxation, which usually involves a lowering of the pulse rate.
• Coherence is not dependent on the number of heartbeats but rather on having an HRV that is smooth and consistent

a simultaneous state of relaxation, readiness, and revitalisation

• When heart-rhythm patterns are coherent, the heart’s ability to perceive intuitive information is heightened.
• Stress chemical pathways reverse, paving the way for increased synchronization between the heart and brain.

• It is in this synchronized state, which athletes call being “in the zone,” that you can achieve optimal mental clarity, cognitive performance and perception of intuitive information.
• When coherence increases, there is more synchronization between the parasympathetic and sympathetic parts of the nervous system.
• The parasympathetic system helps keep the body stable; it maintains normal functions and preserves body resources by aiding with digestion, controlling the bladder, and slowing down heart rate, among other things.
• Your heart processes your caring attitude and responses into coherent rhythm patterns and these are sent to the brain, which in turn triggers remembered responses appropriate to or learned from previous similar situations.

Incoherent 

• The chaotic, “incoherent” HRV that occurs during a stressful situation compromises brain function.
• When heart-rhythm patterns are incoherent, disordered and irregular, your heart sends these unfavourable patterns to the brain, which then searches its stored heart-rhythm patterns in search of a match and simply triggers a remembered emotional response.
• What you might call learned behaviour.
• When things irritate or anger you and more often than not you respond by shouting or slamming a door the brain is likely to recommend the same emotional response the very next time something angers you.
• Anger leads to incoherence, which leads to a negative response, which leads to continued incoherence

Intuition

• Your brain unconsciously organizes patterns into blocks of information called chunking, then stores these clusters of knowledge in your long-term memory.
• When you see a tiny detail of a familiar design, you instantly recognize the larger composition
• That's what we regard as a flash of intuition
• Rather than being opposed, emotion and reason are deeply interrelated:
• if you’re going to make sound and rational decisions you need to have first done prior accurate emotional processing.

• A hunch is a somatic marker: a physiological clue of what to do next.
• If you have done such prior emotional processing, then your emotions accelerate your decision-making in the form of intuitions, hunches, and gut feelings

 

• Developing Your Intuition is the process of perceiving or knowing things to a high degree of certainty without conscious reasoning. 
• definition of intuition to include not only conscious perception by the mind alone,

• Also by the body’s entire psychophysiological system. 
• This perception often is evidenced by a range of emotions and measurable physiological changes exhibited or detected throughout the body

• intuitive abilities we’re unable to attribute to subconsciously stored memories and experiences or to the conscious brain’s analytic processes
• The body is connected by sensory perception to a field of energy that enfolds the information we attribute to intuition.

• Testing has shown, events, sights, sounds and other stimuli in the environment around you contribute to your heart-rhythm patterns, and regardless of the favorability or unfavorability of these patterns, the heart transmits them to the brain for processing.
• This process includes storing and remembering these patterns for future use.

Body Language

• When you're anxious, you might feel tense in your back
• When you're content, your shoulders and your hips might relax accordingly.
• So when you're making a call about a future decision, these physical sensations guide (or bias) you toward or away from certain actions.

Neurofeedback

• Neurofeedback is a technological aid, that allows almost everybody to specifically control his or her brain’s activity. 
• Decadelong intensive research has proven it’s effectiveness. 
• Generally, the electrical activity of the brain is separated into various wave bands of different functionality and frequency which can often be correlated to the situation. 

• Neurofeedback divides the brain’s electrical activity into frequency bands and displays them in a human distinguishable form. 
• By having these forms available for review at any given moment we are able to see the current situation from an internal perspective. 
•  

The purpose of neurofeedback is to allow the user to increase the share ofthose frequency bands that are associated with better cognitive performance and to decrease those frequency bands that are associated with reduced activity of the brain

• During a series of training sessions you will learn that a desired change in brainwave patterns results in positive reenforcement. In as much as you understand the ability for hypnotherapy and brain training to create ’operational conditioning’. 
• This simple ‘real time’ and consistent trusted biofeedback loop can help you to actually retain your peak states and and improve your cognitive functions

Therapy therapy and Through neurofeedback you will learn how to influence your ‘ rain power’ by yourself and thus play an active part during training. in contrast to a passive role that relies solely on medication

Learning

• Reptile + Mouse + Monkey + Biome
• Brain built from bottom up
• Take a moment to review these things.
• gradual accumulation of learning this much from experiences will make you feel happiness.
• Learning something rather than learning nothing = Actionable