Our education system is running on the teaching theories of learning transfer in which teacher to student knowledge transfer is conducted in the classroom to provide quality education. But nothing is transferred to student’s brain and we do not observe any physical changes or plasticity in the brain regions of learning circuits. Neuroscientists can verify this truth by using neuro-imaging or fMRI scan. With the advancement of science and technology, they must be able to see the knowledge transfer of academic contents in the working circuits of student’s brain.
Biologically, all students have similar brains in learning, writing and working. It is fact that everything is learnt in brain and everything is done by brain. If we analyze the anatomical and functional regions of brain circuits, we won’t find great differences in cortices, association areas, limbic regions, basal ganglia circuitry and cerebellar circuitry. Teaching performance can’t activate these anatomical regions for the learning transfer of student’s brain.
Learnography is the school of knowledge transfer in which book to brain learning transfer is encouraged in the classroom and brainpage is modulated with motor knowledge to activate the specific regions of brain and change physically for plasticity. Brainpage theory of the learnography may increase the volume of gray matter in related cortical regions with strong projections of white matter. So we will get success to change student’s brain physically for smart cognition, good behavior and high academic performance.
From academic perspective, there are three main parts of the brain system – chapter brain, limbic brain and core brain. The knowledge transfer of learnography is based on the facts and findings of neurological studies. Attention deficit hyperactivity disorder (ADHD) is mainly caused by the neurological disturbances of limbic brain. The first dimension of learning transfer is very powerful to control the hyperactivity of amygdala system and activate the cognitive circuit of prefrontal cortex. The brainpage theory of learnography may be useful to control many types of neurological disorders because cerebellar basal ganglia circuitry is heavily used in book to brain knowledge transfer.
There are some differences between education and learnography. School system of education runs mainly on the cognitive science of teaching theories. But school learnography runs on the motor science of knowledge transfer. Education states that all types of the learning are finally transformed into the cognitive knowledge of academic performance. But learnography believes that all types of the learning transfer are ultimately converted into the motor knowledge of brainpage development. Therefore, the brainpage of motor knowledge should be everything in classroom learning operation system (CLOS) to conduct knowledge transfer to student’s brain circuits.
Reading, writing and editing are the main aspects of working brainpage in the knowledge transfer of academic contents. Editing is the modular process of zeidpage outcomes to correct the mistakes in writing and arrange the formatting dimension of contents for enjoyable reading and deep understanding. Cingulate cortex of the limbic brain projects zeid factors to amygdala system that produces zeidstream in basal ganglia circuitry to translate the knowledge of brainpage into the zeidpage of content structure through the finger mapping of motor knowledge.
The teaching system of education may increase the possibility of mental disorders like PTSD, autism, schizophrenia, ADHD and other working disorders. The teacher rehearses the brainpage of motor knowledge in classroom performance, but students watch and listen passively without the actions of motor knowledge for the period of 12 years. Those students who make brainpage in home learning are observed intelligent in learning transfer and can achieve excellence in academic performance. The students without the brainpage of home learning always fail in the learning transfer of school system and most of them do not reach the university for higher education.
Shiva Narayan Principal Golden Star Secondary School Rajbiraj, Nepal
Question fear is amazing in perception and reflection. We know that fear is the survival factor of life but children may feel academic fear while attending their school. Students are facing mainly five types of academic fear in school system such as homework fear, teacher fear, question fear, exams fear and result fear. The solution of all these fear factors is the brainpage development of knowledge transfer in the classroom.
In brain circuits, fear factors induce the release of many neurotransmitters and hormones to prepare physical body for defense, reactance, adjustment and quick response. Amygdala is localized in the temporal region of brain that modulates fear factors in brain circuits. A part of the subcortical brain called hippocampus is closely connected with amygdala circuitry. The circuit of hippocampus and prefrontal cortex helps the brain interpret the effects of fear factors to take actions physically against perceived threats.
Be careful ! Bullying fear is very critical to the limbic parts of brain. It can cause huge disturbances in the cortical circuits of forebrain resulting in high stress and life threatening depression. It’s true that we can change the dimensions of amygdala circuitry by the matrix of questions in favor of learning transfer to develop smart brainpage in the classroom.
Students must prepare themselves to face questions asked in the exams and secure competencies in the result. School test arranged for the evaluation of a student’s learning is the ultimate phase of quality outcomes. Therefore, competition has become a major factor in the knowledge transfer of academic institutions. On the global scale, national education systems encourage competitiveness among students through the score and grade of standard tests intending to bring out the best in the next generation.
Brainpage module should be focused in the learning transfer of classroom
Teaching is everything in school system but we have to make brainpage everything in the classroom. Students should be trained and skilled in brainpage making process that they will know how to apply the learning dimensions of book to brain knowledge transfer for high academic performance. It is obvious that the matrix of questions is the first dimension of brainpage making process. We know that examinees have to do massive brainpage practice with smart questions to take part in the most challenging competitive tests.
Questioning is the art of student’s learning in interactive personalized classroom to elaborate the matrix of knowledge transfer. Learning to ask important questions is the best evidence of understanding for the subject matter of relevant topics. The matrix of questions produces the basic drives and learning passion of knowledge transfer in brain circuits that extracts effective writing and right answers from brainpage processing. The learning transfer of student’s brain encompasses the brainpage development of cognitive knowledge, emotional knowledge and intuitive knowledge.
Classroom is considered as the workplace of knowledge transfer while miniature school is defined as the teamwork of learning transfer in school learnography.
The series of tests are conducted online in the preparation of exams based on the facts of well-designed question sets. We have to appreciate that the question is the first dimension of learning transfer to the working mechanism of brain circuits. Students are suggested to write and practice answers to the questions given in preparation notes and mock tests. On the other hand, they must be skilled in question formation by studying the subject matter of prescribed chapters.
Knowledge spectrum is derived from the naming address and definition address of understanding. So, definition spectrum is the second dimension of learning transfer. Our brain has the large association area of cortical regions in which learning transfer is modulated and rehearsed to develop the associative learning of definition spectrum with proper object naming address. That is why object definition becomes functional in answering the questions.
Whole knowledge is difficult in learning and understanding. So, subject matter undergoes breaking process resulting in the formation of knowledge segments. This is the third dimension of knowledge transfer known as block solver. Learning transfer to brain circuits must be carried out by the blocks of subject matter to describe the structure, definition and functions of content objects. The spectrum of brainpage memory developed by block solver is important to explore and write exact answers in the exams.
Teaching is not necessary in the classroom and homework is not required in school system. Everything should be finished in school hours. Students will develop modular brainpage in the learning process of classroom by applying the working dimensions of brain circuits.
Everything is learnt in brain and everything is done by brain. Student’s brain has advanced working mechanism to conduct knowledge transfer in learning process. In fact, the neuroscience of learning circuits describes the mechanism and motor application of human intelligence. Artificial intelligence (AI) has been evolved from the self-regulating mechanism of human intelligence (HI). We know that the technology of artificial intelligence is playing important part in data science through content categorization and object recognition.
In future classroom, the EEG device supported with advanced artificial intelligence (AI) can observe the quality of knowledge transfer in student’s brain circuits. Hence, future classroom will be shaped by the brainpage theory of human intelligence.
Learning never stops in brain circuits and it goes throughout the whole life and one generation to other generations to improve the book of knowledge transfer. Brainpage is the knowledge module of learning transfer consolidated in the different anatomical regions of brain circuits. There are three functional regions of brain such as cerebral cortex, limbic system and core brain to deal with the learning transfer of brain learnography.
Everything is learnt in brain circuits and everything is done by brain circuits. Therefore, students have to understand the learning mechanism of knowledge transfer by studying the anatomy, neural circuitry and functional regions of human brain. We know that brain is the main part of central nervous system that deals with the cognition, emotion and intuition of learning transfer. This is the rider and regulator of physical body defining individuality, choice and progress in life.
Pain and pleasure are the fundamental feelings of human beings. In education system, the teacher is considered as the pain of classroom but the brainpage theory of school learnography can change this feeling into the pleasure and helping hand of classroom.
Human brain has 12 distinct anatomical regions to process the learning transfer of subject matter. Cognition, emotion and intuition are the three functional aspects of learning transfer. Hence, brain learnography deals with the three basic parts of learning brain such as chapter brain, limbic brain and core brain. Each of these learning parts consists of four distinct anatomical regions to process, modulate and regulate the brainpage circuitry of knowledge transfer.
Parts of Brain Learnography
Chapter Brain (Neocortex)
Limbic Brain (Subcortical)
Core Brain (Brainstem)
The knowledge transfer of learnography is categorized in three parts – cognition, emotion and intuition. The 1st, 2nd and 3rd dimensions of knowledge transfer are conducted for the development of cognitive learnography. The development of learning passion, working drives and emotional attachment comes from the application of 4th, 5th and 6th dimensions. These dimensions are very important for higher abilities and behavioral changes. The 7th dimension of knowledge transfer provides the advancement of intuitive knowledge for productive ideas, creativity and innovation.
The science of cerebellar learnography states that the teacher develops brainpage in the classroom but students modulate and make brainpage at home while doing homework.
1. Chapter Brain
This part of the student’s brain deals with the learning transfer of cognitive knowledge. Cerebral cortex is the largest part of human brain in respect to the volume of gray matter and white matter. Chapter brain consists of the neocortex and cortical circuits of cerebrum defined as the learning parts of cognition. It spans through the frontal, parietal, occipital and temporal lobes of human brain. In fact, temporal lobe is significant in learning transfer considered as the knowledge processor of student’s brain.
The primary cortex of chapter brain is found in small size, but association cortex occupies the large area of cerebral cortex. In this way, primary and association cortices are considered as the main parts of chapter brain which are folded, convoluted and twisted with sulci and gyri to increase the surface area of gray matter. Cognitive knowledge is processed in the frontal, parietal, occipital and temporal regions of chapter brain to develop the matrix, spectrum and blocks of learning transfer.
2. Limbic Brain
This part of the student’s brain deals with the learning transfer of emotional knowledge. Learning and working passions are generated in the limbic brain of human beings. It spans through four distinct regions of the subcortical brain such as cingulate gyrus, parahippocampal gyrus, diencephalon and basal ganglia. Emotion is modulated in posterior cingulate cortex and then projected to anterior cingulate cortex for the production of zeid factors. These factors of the working passion are passed to the amygdala for the modulation of emotional drives. Hippocampus is important for learning and memory which has reciprocal connections with amygdala circuitry and the hypothalamus of diencephalon.
Papez Circuit deals with the functional streams of emotions and zeid factors in limbic circuits while McLean Circuit is significant in the generation of emotional drives and the consolidation of learning and memory. In this way, McLean proposed the theory of memory circuit by including the role of amygdala that emotional factors are important in the learning transfer to consolidate memory finally in the cortical regions of chapter brain. The cognitive circuit, limbic circuit and motor circuit of basal ganglia are converged by the thalamus of diencephalon to bring significant changes in the behaviors and functions of learning transfer through direct and indirect pathways.
Dr Claudia Krebs, UBC
3. Core Brain
This part of the student’s brain deals with the learning transfer of intuitive knowledge. Brainstem is the main part of core brain which deals with the basic functions of life such as breathing, circulation and digestion. The core brain of learnography spans through four distinct regions – cerebellum, medulla, pons and mid brain. Cerebellum is mainly known for the functions of precise motor coordination with space and time. It also coordinates the the functions of emotional and cognitive knowledge in learning transfer.
All types of learning such as declarative knowledge, emotional knowledge and implicit knowledge are ultimately converted into motor knowledge in basal ganglia circuitry with specific zeid factor. Then well-defined motor knowledge is projected to the circuits of cerebellum for the fine-tuning of learning transfer with order, space and time. Learning transfer becomes useless in practice if it is not converted into corresponding motor knowledge. Cerebellar basal ganglia circuitry of human brain plays a crucial role in the effective knowledge transfer of academic performance. ln fact, core brain is the house of dark knowledge that deals with the intuitive ideas, creativity and innovation of advanced technology.
Cerebellar Learnography
A headless chicken called Miracle Mike lived for 18 months without a head. It was determined that the axe had missed the jugular vein and a clot had prevented Mike from bleeding to death. Although most of its head was severed, but most of the brainstem and one ear were left on its physical body. Since the basic functions of life process like breathing, circulation and digestion as well as most of a chicken’s reflex actions are controlled by the circuits of brainstem, Mike chicken was able to remain quite healthy in perching, walking and crowing. This is a good example of cerebellar motor generators enabling basic homeostatic functions to be carried out in the absence of higher brain centers. In fact, headless chicken is considered as the miracle of neuroscience in the field of cerebellar learnography.
Cerebellar agenesis is a rare condition in which a brain develops without the cerebellum of core brain. The circuits of cerebellum control smooth movement with respect to space and time and coordinate the precise functions of emotional drives as well as cognitive knowledge in learning transfer. When it does not develop from the birth, the rest of the brain parts must compensate, which cerebellum cannot do completely in brainstem circuits. The condition of no cerebellum is not fatal on its own, but people born without cerebellar parts may experience severe developmental delays, language deficits and neurological abnormalities.
Walking and talking in the case of no cerebellum may be delayed in the developmental phase of children until 4 to 7 years of age. Cerebellar agenesis may also be associated with low muscle tone resulting the lack of coordination in the learning transfer of motor knowledge. Some affected individuals may have difficulty in speaking usually due to problems with the muscles that enable speech production enhancement. The ability to speak is usually delayed in affected children, sometimes significantly.
These two illustrations provide factual evidences that cerebellar learnography is very powerful in the learning transfer of knowledge chapters. In my opinion, the fast learning transfer and smart brainpage modulation of children are associated with the development of strong cerebellar basal ganglia circuitry. These students can finish the complete span (Taxshila Span) of K-1 to Master’s Degree approximately five years earlier in life, if cerebellar learnography is launched successfully in the classroom by using the knowledge transfer of brainpage theory.
The ventricular system of brain anatomy is filled with cerebrospinal fluid and also important to understand the functions of learning circuits. The chapter brain of learning transfer is described by the posterior and anterior lateral ventricles. Why are these ventricles very large in shape and size. It’s important for the massive knowledge transfer of sensory and motor areas that takes place in the four regions of chapter brain. The inferior lateral ventricles and third ventricle of human brain are comparatively smaller in size which support the learning transfer of limbic brain. The fourth ventricle is found in the core brain of learnography that covers the functions of cerebellum and brainstem.
Educational authorities are compelling the teaching communities to conduct the transfer of learning, knowledge and higher abilities to students’ brain circuits through the performance of talking techniques. The working circuits of a teacher’s brain become highly active in talking school but the learning circuits of student’s brain are projected for the processing of high speed learning transfer in brainpage school. The neurobiology of learning brain circuits does not support the teaching theories of classroom system for book to brain effective knowledge transfer and student’s modular brainpage development.
Classroom runs on the teaching theories of education and we have to change the school system for effective learning transfer. Students should be allowed to make brainpage in classroom for book to brain knowledge transfer. In teaching performance, nothing is transferred to student’s brain and only listening and watching continue in school hours. Teaching system provides the indirect school of learning transfer in which knowledge is transferred from book to teacher’s brain and then projected it to student’s brain.
Why do young brains like to talk much in school? It is obvious that’s talking school. Students forget to recognize that classroom is defined as the space of learning transfer. So, we have to convert talking classroom into brainpage school. Long term memory of the brain circuits develops from the imaging of interaction about space, object and time. Just opposite, young brains are compelled to watch and listen to teaching performance. In neurological analysis, teaching process is considered as the one way talking of brain circuits. That is why brain science is not working in school and brainpage is not made for knowledge transfer.
Why is homework given to children? In my opinion, learning transfer does not take place and brainpage is not modulated during teaching performance. So, homework is given to students for the practice of book to brain knowledge transfer and brainpage development. We know that home is not school and parents are not teachers. Everything should be finished in the classroom. In fact, it is not possible in the teaching theories of school system.
It is universal truth that learning is knowledge transfer to brain circuits, but teaching is not knowledge transfer for students. It may be classroom instruction, motivation or guidance to make knowledge page in the learning process of problem solving activities. In fact, knowledge is formatted, rehearsed and transferred to the student’s brain circuits in the form of neuronal working modules. The brainpage of learning transfer developed from these modules of the brain circuits is consolidated in the cortical regions of human brain.
There are three types of pages related to the learning transfer of school system and these pages are sourcepage, brainpage and zeidpage. Knowledge is written in the book and the page of learning book is known as the sourcepage of knowledge transfer.
The teacher also reads sourcepage to develop corresponding brainpage before he performs in the classroom. We also read some pages to create new ideas in brain circuits for the design of a particular mapping, pathways and structure. Students have to read the sourcepage for learning transfer and subject matter is projected to brain circuits for memory formation. The learning mechanism of our brain consists of very large anatomical, functional and structural regions to conduct book to brain knowledge transfer.
Learning is stored in the formatting circuits of brain regions and this modular knowledge page is known as brainpage. Students write answers in the exams by extracting the exact module from their brainpage. Writing on the paper is defined as the zeidpage of knowledge transfer because it is written by the finger mapping of motor knowledge extracted from their brainpage modules.
In neurological analysis, teaching process is considered as the one way talking of brain circuits. Instead of making brainpage in the classroom, young brains are motivated to watch and listen to teaching performance. Brain science of the learning transfer is not working in school system and student’s brainpage is not modulated in classroom for knowledge transfer. So, we have to convert talking classroom into brainpage making school. In fact, teaching system is not working on the brain science of learning transfer.
Mathematics is not the favorite subject for many students because they have to apply the intuitive ideas of deep learning circuits. The prefrontal cortex of brain is pressurized to work hard in the problem solving activities of mathematics. This is the region of rational brain that requires the high volume of anatomical gray matter and the strong thick projections of white matter. In fact, the knowledge transfer of mathematics is similar to the modular brain learning of bike riding in the brainpage theory of learnography. Student’s pencil power is defined as the finger mapping motor knowledge of brain circuits, the best tool for the high speed learning transfer of mathematical zeids.
Why do young brains like to talk much in school? They forget to recognize that classroom is defined as the space of learning transfer. So, we have to convert talking classroom into brainpage school. Long term memory of the brain circuits develops from the imaging of interaction about space, object and time. Just opposite, young brains are compelled to watch and listen to teaching performance. In neurological analysis, teaching process is considered as the one way talking of brain circuits. That is why brain science is not working in school and brainpage is not made for knowledge transfer.
Cognitive knowledge is acquired from the academic learning of school system, but motor knowledge is crucial to knowledge transfer in the classroom. Learnography is the school of knowledge transfer and it is defined as the Gyanpeeth in Taxshila Ethics. Students become small teachers to make brainpage in the learning transfer of mathematics. It is fact that mathematics is the root of all types of knowledge learning, therefore, all subjects should be learnt in the classroom like the learning dimensions of mathematics.
Learnography is the school of knowledge transfer and it is mainly based on the learning facts of mathematics. Teacher to student learning transfer is provided in education system, but learnography conducts book to brain knowledge transfer in the classroom for brainpage making process. Students know that they have to write the answers in the exams by extracting brainpage modules from the working mechanism of brain circuits.
Mathematics is a difficult subject for many students but it becomes very easy in the classroom of school learnography. Object language is always written in modular structure and mathematics is the subject of modular learning. The biology of our brain collects information and knowledge from the objects, events and formatting facts of surroundings and its learning is processed in modules. In practice, brainpage module becomes faster in mathematics to finish problem solving activities. Instance guided object learning (IGOL) is also effective in the numerical solutions of physics.
It is obvious that mathematics becomes an easy subject like the learning of bike riding in the brainpage theory of learnography. Students will have to apply the learning dimensions of brain circuits to make brainpage module from the chapters of mathematics. Everything is given in the source book of knowledge transfer and students should know how to apply the dimensions of learning circuits of brain to develop smart brainpage in algebra, geometry, trigonometry and calculus. It’s easy like how to practice and learn the bicycle riding on the tracks of defined pathways.
In this way, maths learning is similar to bike riding in the working circuits of human brain. Only students have to apply and practice the dimensions of knowledge transfer to make smart brainpage and writing pathways in classroom learnography. We know that the chapter of mathematics is famous for the matrix set of questions given in each exercise page. Question is the first dimension of knowledge transfer because it reflects the matrix of subject matter to search exact module from the brainpage of maths chapter.
In fact, the knowledge transfer of classroom is a good example of why we usually hold information and zeids in the short-term memory of our hippocampus. It is necessary to accomplish some tasks that we have planned to do at a particular place. The problem solving task of mathematics is an example of short-term memory in which students can mentally explore and calculate several possible options before choosing the one exact module that will lead to the end of right solution.
The development of brainpage and high volume gray matter gives consistent deep learning to the cognitive part of brain circuits. Module building page in the object language of learnography can be made for the memory formation of long hours, defined as the stability in learning transfer. To apply the motor knowledge of brain circuits is the basic design of knowledge transfer in mathematics.
Shiva Narayan Principal Golden Star Secondary School Rajbiraj, Nepal
Mathematics in brain, body and behavior
The intuitive brainpage of mathematics is modulated by the seven dimensions of knowledge transfer such as query matrix, definition spectrum, block solver, hippo compass, module builder, task formator and dark knowledge. In fact, maths becomes interesting subject like the learning of bike riding or horse galloping when we use motor science in the learning transfer of classroom. We often use motivation to teach maths chapter. Emotion is the basic part of human language but maths chapter is learnt in object language. Also, the seven dimensions of learning transfer are applied in problem solving activities.
Happy Birthday, Nikita ! You have completed the five years of your age and the sixth year will bring great progress and happiness in your life. I know that your classroom is running on teaching theories and you cannot make brainpage in school hours. Homework gives you a lot of troubles in the evening when you like to watch the serials on TV Shows. At least, make brainpage for two hours a day and you won’t face any problems in the classroom. You should know how to respect the teachers.
Brainpage making process is simple in practice and modulation. Father teacher is the creator of source book, written for the knowledge transfer of students. First of all, the content of source page is uploaded to the brainpage of learning circuits by rehearsing 3 to 5 times on brain cyclozeid (repeat action). After that the book is closed and the content is written on the paper of motor zeidpage by extracting modules from the brainpage of learning transfer. In this way, you have to finish brainpage processing on the three types of pages such as sourcepage, brainpage and zeidpage.
The seven dimensions of school learnography are applied in book to brain knowledge transfer to make smart brainpage in the classroom.
Dimensions of Knowledge Transfer
Query Matrix (amygdala circuit)
Definition Spectrum (association cortex)
Block Solver (prefrontal cortex)
Hippo Compass (medial temporal)
Module Builder (basal ganglia)
Task Formator (visual cortex)
Dark Knowledge (cerebellum)
The knowledge transfer of learnography is categorized in three parts – cognition, emotion and intuition. The 1st, 2nd and 3rd dimensions of knowledge transfer are conducted for the development of cognitive learnography. The development of learning passion, working drives and emotional attachment comes from the application of 4th, 5th and 6th dimensions. These dimensions are very important for higher abilities and behavioral changes. The 7th dimension of knowledge transfer provides the advancement of intuitive knowledge for productive ideas, creativity and innovation.
1. Query Matrix
Question asking is simple but question formation is difficult in writing practice. Students are suggested to read and learn the contents of subject matter. But they may feel fear while facing some academic questions. That is why the amygdala circuits of brain are important to understand the knowledge matrix of task querying. The question set of exercise is given in the last page of chapters. In learnography, the content of subject matter follows the exercise set of questions, just opposite to teaching theories. In fact, query matrix is the first dimension of learnography to develop the standard of knowledge quality.
2. Definition Spectrum
The association areas of cerebral cortex is highly developed and located in the forebrain. This is the large part of neocortex and the house of knowledge spectrum. In fact, definition spectrum is the second dimension of learning transfer which deals with the naming address and definition address of functional objects in brainpage making process. Zeid is the building block or unit object of subject matter formed by the encapsulation of naming address, functional behavior and definition address. Therefore, zeids are the fundamental objects of knowledge creation.
3. Block Solver
Breaking process is launched in knowledge transfer to understand the segments of subject matter and it is defined as the differential learnography of brainpage theory. The prefrontal cortex of brain is center for the modulation of cognitive knowledge and rational thoughts. Whole knowledge is difficult in learning transfer but it is broken into segments or blocks to increase the efficiency of brainpage processing. In fact, the third dimension of knowledge transfer is block solver that improves the capacity of learning skill and knowledge application. It is useful in making the exact statements of solution and writing the right answers in the exams.
4. Hippo Compass
The parahippocampal gyrus of temporal lobe is the home of hippocampus, the search engine of human brain. This is also the limbic part of brain system that plays vital roles in learning transfer and memory formation. In fact, hippo compass is the fourth dimension of knowledge transfer known as the search engine of learning mechanism. It helps to explore the objects, facts and events of subject matter by developing the modular brainpage of pathway learnography.
5. Module Builder
All types of learning transfer are ultimately converted into the motor knowledge of brain circuits. This is the main architecture of the learning mechanism of human brain. The cortical, limbic and motor functions of basal ganglia are crucial in learning process to prepare the complete curated set of knowledge structure. Higher abilities of learning mechanism are acquired by using module builder, the fifth dimension of brainpage theory. This is the integral learnography of knowledge transfer in which whole knowledge is defined in building process to make the complete structure of knowledge chapter.
6. Task Formator
Visual cortex is located in the posterior region of brain and very powerful in analysis, computation and pattern recognition. It deals with the vision or sight functions of knowledge templates and formulating faces in which formatting properties are analyzed in learning transfer to secure the possible reflections of what, how and where queries. This is the gateway to the world of new advanced ideas, creativity and innovation. In fact, task formator is the sixth dimension of learning mechanism dealing with the improvement of understanding abilities. The tool making design of science and technology has been derived from the computing power of visual cortex circuitry.
7. Dark Knowledge
The world of dark knowledge is located beyond the imagination of cognitive thoughts. This is the procedural learnography of cerebellum, the ultimate learning of knowledge chapters. Dark knowledge is the source of creativity, new ideas and innovation. This is the seventh dimension of knowledge transfer that deals with the unconscious factors of intuition, learning passion and working drives. Smart brainpage for learning, working and earning develops from the creativity, innovation and advanced intuitive ideas of dark knowledge.
Individuality is defined in physical body by the working circuits of human brain. The working mechanism of physical body is controlled and regulated by the different parts of brain. Therefore, the brain science of learning circuits must be focal point to provide high class academic performance in school system.
Nikita ! Trust me. Your brain is very powerful in the learning process of subject matter as it is working on the seven dimensions of knowledge transfer. Your brain is very brilliant and so you may be very fast in brainpage making process for learning, writing and working.
The working mechanism of our brain is defined by the application of motor knowledge. All types of learning transfer are ultimately converted into the motor knowledge of brain circuits. Knowledge transfer to brain regions won’t happen unless motor circuits are activated in the learning process of classroom.
In education system, the teacher is doing everything in the classroom, but students will do everything in school learnography. The teacher will moderate learning hardships and challenges in the brainpage theory of knowledge transfer. There are the three fundamentals of classroom learnography such as brainpage modulation, memory formation and motor processing.
The pencil power of brain circuits and finger mapping is acquired from skill oriented development and it is defined as the motor knowledge of learning transfer. In school learnography, students are transformed into the small teachers of a classroom. So, they are trained to achieve learning skills in knowledge transfer, practical learning or application based learning transfer. Training means the acquisition of practical knowledge that is required in finger mapping, brainpage development and memory formation.
The main theme of human learnography describes that all types of the learning spectrum are ultimately converted into the motor processing of brain circuits. Biologically, human brain is unique in motor evolution and tools making capabilities. It has three distinct anatomical regions of brain circuits to process the learning transfer of skill development such as motor cortex, basal ganglia and cerebellum. We know that our students possess human brains that are unique in the learning transfer of motor knowledge.
Teacher is the source of learning transfer in education system, but book is the source of knowledge transfer in school learnography.
Students are trained and skilled in the seven fields of brain learnography such as phases of learning, types of learnography, dimensions of knowledge transfer, learning circuits of brain, workplace productive factors, miniature school of classroom and Taxshila Span (545). Teachers should be qualified in subject matter and skilled in learning dimensions to be the moderator of brainpage making process.
In school learnography, classroom runs like the workplace of knowledge transfer. Therefore, miniature school is created to define teamwork and leadership in the learning process of classroom. The teamwork of seven students runs classroom operating system (CROS) to launch the brainpage theory of knowledge transfer. They are superior, operator, modulator and four subject heads.
These students of the teamwork are really the small teachers of classroom. The core team of miniature school consists of only three students (superior, operator and modulator) to play decisive roles in the classroom management of learning environment. In fact, core team is the launcher of classroom learning transfer and the teacher acts as the moderator of support forum in practice. The concept of miniature school is based on the facts of support forum functions arranged for the advancement of science and technology.
Human brain has ability to draw potential pathways for the development of brainpage modules. Don’t waste time on thinking when a task is given in problem solving activities. Soon start to finish the task and the prior zeidpage of brain learning will automatically come on the pathway of required solution. Allow your brain to work on the defined project and move forward without interruption. Brain has everything for you and it’s powerful in the finger mapping of motor knowledge. Keep it healthy for learning, working and earning.
Teacher is the source of learning transfer in education system, but book is the source of knowledge transfer in school learnography.
School is built for learning transfer but teaching system is not effective in classroom to conduct relevant projections for the knowledge transfer of student’s brain. That is why homework is given to students to make brainpage in home learning. This is the drawback of education system and teachers are blamed for low grade performance. In fact, the system of knowledge transfer is defective, not the teachers. We know that everything is learnt in brain, so knowledge must be transferred to student’s brain and it is done in the brainpage making process of learnography.
Everything is hidden in our brain circuits. We can translate our dreams on the surface of reality, if we develop the appropriate brainpage of knowledge transfer in life. Cognition, emotion, drives, space and memory are the learning fields of motor knowledge. Knowledge transfer to brain regions won’t happen unless motor circuits are activated in the learning process of classroom.
Brainpage is the outcome of book to brain knowledge transfer.
There are three types of pages related to the learning transfer of school system and these pages are sourcepage, brainpage and zeidpage. Knowledge is written in the book and the page of learning book is known as the sourcepage of knowledge transfer.
The teacher also reads sourcepage to develop corresponding brainpage before he performs in the classroom. We also read some pages to create new ideas in brain circuits for the design of a particular mapping, pathways and structure.
Students have to read the sourcepage for learning transfer and subject matter is projected to brain circuits for cognitive processing and memory formation. The learning mechanism of our brain consists of very large anatomical, functional and structural regions to conduct book to brain knowledge transfer.
Learning is stored in the formatting circuits of brain regions and this modular knowledge page is known as the brainpage module of learning transfer. Students write answers in the exams by extracting the exact module from their brainpage. Writing on the paper is defined as the zeidpage of knowledge transfer because it is written by the finger mapping of motor knowledge extracted from their brainpage modules.
We know that learning is knowledge transfer to brain circuits, but teaching is not knowledge transfer. It may be classroom instruction, motivation or guidance to make knowledge page in the learning process of problem solving activities. In fact, knowledge is formatted, rehearsed and transferred to the student’s brain circuits in the form of neuronal working modules. The brainpage of learning transfer developed from these modules of the brain circuits is consolidated in the association cortical regions of human brain.
It’s true that the most learning transfer of subject matter happens in the home learning of students. Therefore, we have to change the school system of knowledge transfer and then everything will be finished completely in the classroom using brain learnography, learning dimensions and brainpage modules.
Taxshila Span (545) describes school learnography of 15 years for complete knowledge transfer. Primary learnography takes five years of the academic span and the period of four years is given to the secondary learnography of knowledge transfer. The graduation of university learnography is completed in five years’ time span, such as three years’ bachelor degree and two years’ master degree. One year is arranged for the apprenticeship of workforce skill development considered as the third year of master’s degree.
Teaching system can not develop student’s brainpage for learning transfer.
The proficiency of knowledge transfer must be achieved in four years during the secondary learnography of school system. There are five subjects in which students will have to make the smart brainpage of learning proficiency. These subjects are mathematics, physics, chemistry, biology and computer science. It’s true that the learning proficiency of classroom can be converted into the working proficiency of graduates at the workplace. Secondary learnography is considered as the proficiency level of knowledge transfer and the brainpage of motor knowledge generates proficiency in the finger mapping of working hands.
Chief executives of the major companies said at White House Workforce Advisory Forum, “They are hiring more American workforce without college degrees as they search to find increasingly scarce applicants for open jobs.” Manufacturing sectors are facing the lack of experienced workforce. The government is spending a lot of money on the colleges of learning transfer and high performing classrooms. It’s amazing that university education is not providing proper working hands in the economic development of a country.
The Lockheed Company has boosted workforce training in manufacturing sectors for quality production. Lockheed Martin CEO Marillyn Hewson said, “There are 14,000 people hired last year by Lockheed, half of them do not have a four-year degree.” In Lockheed company, 6,500 people were working previously in manufacturing who had not completed four years’ degree course. It proves that education system is failing to define proper skilled workforce in manufacture and growth.
Change the school system of knowledge transfer to provide the productive workforce in manufacturing
Apple CEO Tim Cook said nearly 50 percent of the people the company hired in the United States last year did not have a four-year degree. “We never thought that the college degree was the thing that you had to have to do well,” Cook said, adding that “our founder was a college dropout,” an apparent reference to Steve Jobs.
Tim Cook runs the most successful Apple company using advanced technology and highly skilled workforce. He said, “We believe strongly that it should be a requirement in the United States for every student to have coding classes before they graduate from K-12 and become somewhat proficient in writing codes and designing new smart software.”
Tim Cook used his time at the meeting to tout the importance of learning how to code software and Apple’s efforts to help train students and other people on how to perform writing codes comfortably in regular basis for the earning.
IBM Chief Executive Ginni Rometty said, “We have a chance to employ so many more people – and not always with a college degree, a less than a four-year degree will get a very good paying job in the new economy.”
At a meeting of the American Workforce Policy Advisory Board at the White House, the chief executives of highly successful companies were discussing the importance of science and technology in education system and knowledge transfer.
There are three main tiers of school learnography based on the neurological studies of brain learning circuits such as motor learnography, basal learnography and cerebellar learnography. In fact, learnography is the brainpage theory of knowledge transfer which conducts book to brain learning transfer in the classroom.
Primary school system deals with the development of the motor cortex of human brain known as motor learnography. Secondary school system is designed to develop the proficiency of object language in the basal ganglia regions of brain known as basal learnography. High level learning transfer occurs in university knowledge transfer system known as cerebellar learnography. Students make brainpage in the learning process of classroom, instead of listening to teaching performance.
Educators, writers and school leaders were taking part in the forum to discuss about the teaching techniques of classroom performance. Participants were very qualified as they were giving answers and replies from their high quality knowledge, deep thoughts and valuable experiences. The moderator was experienced in keeping the interactive discussion of audience for productive outcomes.
Teaching system of education cannot provide parallel learning in the classroom
Why is equal education not successful everywhere in the world? What is the learning transfer of school system for the development of academic knowledge? From the perspective of motor processing, teachers are learning in the classroom during school hours and students are learning at home while doing the homework. In fact, teachers make brainpage in classroom and students modulate brainpage in home learning.
Practice makes perfect individuals because learning rehearsal is transformed into the motor knowledge of brain circuits. So, why are students not practicing knowledge transfer and brainpage development in the classroom? Teachers are good in subject matter but they are practicing and presenting the topics of knowledge transfer in the classroom. So, they are developing the quality of their motor knowledge in classroom situations. And students are listening or watching the teacher’s performance and they will practice the subject matter of chapters and make brainpage in home learning.
Human language is the vector of subject matter but the magnitude of knowledge transfer is delivered in object language. I think that the transfer of learning and knowledge can happen when we perform the work that is slightly connected with our physical or motor activities.
In the processing of knowledge transfer and learning dimensions, we have to use skill, higher abilities and smart brainpage to accomplish something significant and worth. It requires regular rehearsals and knowledge transfer also from other resources like internet and online details to conduct goal oriented task operation (GOTO) and attain the state of perfection and excellence.
The working mechanism of human brain circuitry is important to launch the learning dimensions and brainpage theory of learnography in the classroom. I have written more than 100 articles on brain learnography, based on the brainpage theory of learning transfer in which teaching is not necessary and homework is not required for home learning. The teamwork of students launches book to brain learning transfer in the classroom and the subject teacher moderates the hardships and challenges of brainpage development in classroom learning situations.
Everything will be finished in the classroom, nothing will be left for homework and parent’s help. In learnography, school system runs on the brainpage theory of knowledge transfer to secure the neural plasticity in academic performance and behavioral development. The academic courses from kindergarten to master’s degree must be complete at the age of 20 years. These are my findings of the neurological studies to open a new frontier in the advancement of modern school system. In my opinion, teaching performance is the waste of school hours. Instead, the teacher may be a true moderator of the classroom ecosystem to support the students in book to brain knowledge transfer.
In future, the teacher will have the facility of advanced EEG device supported with artificial intelligence (AI) to see the standard of knowledge transfer and brainpage development in student’s brain. Classroom is built and maintained for learning transfer and it should be checked regularly in school system. This is the working mechanism of human brain, therefore, learning improvement should be verified weekly and finally, our students will return higher grades in the exams. So, this is the future of high performing schools and school leaders will have to appreciate the truth of teaching theories and learning transfer to student’s brain and behavior.
