Main aspects of school system: knowledge transfer, skill development and high earning jobs

School is the place where knowledge transfer takes place for the development of student’s working brainpage.

Skills and knowledge are the driving forces of economic growth and social development in a country. Students must be skilled in the speed, techniques and format of knowledge transfer. This is the brainpage theory of school learnography in which students make brainpage in classroom during learning process. Brainpage making process can enhance the working mechanism of mind and improve focus, memories and overall performances.

Book is the transfer source of knowledge and student’s brain is the transfer target of learning. It is fact that knowledge transfer involves the application of previously learned knowledge while students are completing tasks or solving problems in classroom. The transfer of learning is usually described as classroom process in which past experiences accelerate and become effective extent to learning and performance in a new situation. Prior experience is necessary for the transfer of learning in which student’s conduct, desk learning and performance are required for the development of brainpage modules.

Villages are the building blocks of a country and rural development only brings changes and prosperity in the livelihood of people. There are three main aspects of village learnography – health, education and economy (HEE). School is the place of knowledge transfer while brainpage module is the outcome of knowledge transfer. That is why the brainpage theory of knowledge transfer is the future of school education. We have to change the school system for progressive knowledge transfer, skill development and high earning jobs. We know that human learnography never becomes complete in function and structure. It always seeks the versions of updating process for creativity and innovation.

Educational transfer is important in village learnography. It should be noted that researchers, educators and administrators need to know how to run school system for knowledge transfer. The idea of transfer is seldom specified in school education because quality teaching is only focused in classroom. However, it is one of the most important goals that we can train our students in brainpage making process. The ultimate goal of transfer is for the student to be able to apply their knowledge and skills inside and outside of the classroom, specifically to new challenging tasks.

Classroom transfer of the knowledge goes far beyond simply repeating and memorized chapters to meet the hardships and challenges of goal oriented tasks. From book to brain knowledge transfer, smart brainpage develops and students become able to take the modules of old knowledge and experiences, and apply this old knowledge to a new difficult concept. They must be able to use both new and old knowledge in solving a problem that they have never encountered before. This reactance of brainpage modulation about the process of learning and transfer resonates in classroom with the brainpage theory of learning transfer.

Knowledge transfer and skill development are the driving forces of productive workplace behind the financial growth and community development of any country. Skill building is a powerful tool to empower individuals and improve their social acceptance. Skill development must be focused on professional importance guided by economic growth and employment opportunities to meet the rising aspirations of young workforce. The challenge lies not only in a huge quantitative expansion of facilities for skill training, but also in raising their quality to find high earning jobs.

Job skill development plan is created on the basis of knowledge transfer and it may be a useful strategy for achieving professional growth. Skill achieving ideal plan identifies long-term goals and outlines a detailed approach for developing the professional skills of employment. A professional development plan may be created with collaborative teamwork and path finder leadership who can work closely with skilled employee. Career building is the main purpose of knowledge transfer and job skill development plans. Our school system should be managed and operated to facilitate the knowledge transfer of classroom for the possible professional outcomes of employment opportunities.

Shiva Narayan
Golden Star Secondary School
Rajbiraj, Nepal

Learning by doing means you are applying the motor knowledge of brain in learning transfer

Our children are very intelligent in launching the mobile apps of Android, iOS and Windows platforms. They like to spend most of their time on the surfing of social media. Students are able to know the sophisticated functions and operations of smartphone by applying the working dimensions of brain learnography. They tend to learn better when some type of physical activity is involved. Our students should be tactile learners and they will learn by touching and doing their tasks.

Highlights :

  • Students are intelligent in launching the advance functions of smartphone.
  • Motor knowledge of the brain is related to physical movement and it is applied in learning by doing.
  • Students get the opportunity to practice and develop experience and attitudes such as resilience, tenacity, curiosity and self-direction in learning by doing.

Learning by doing enables students to develop their problem solving skills. They can then clarify the learning and apply it in their future lives. Brainpage theory of knowledge transfer can inspire small teachers (students) and classroom moderators (teachers) to explore and develop the ethics of experiential learning. Paradigm of school system is the perfect system of knowledge transfer in classroom accompanied with the physical activities of learning by doing.

Smartphone has become more advanced to launch different functions in our daily life. Someone may feel problems in executing the menu of device settings or to take photographs from advanced AI cameras. Mobile app has been developed to launch a particular work in smartphone. But I observed more sophisticated functions in the feature mobile such as recharge card filling or subscribing voice package, as proper apps are not developed and telecom services are subscribed through dialing methods.

I was aware of the hardships that the text of feature mobile was not easily readable. So, I always helped her to fill the pin number of recharge cards for the maintenance of balance amount. Sometimes she told me to subscribe voice packs for her feature mobile. It’s true that she dislikes smartphones because it is difficult to carry while working or traveling outside the town. Many years passed away but she never learnt how to handle mobile balance and subscription of the services. Every time she told someone to launch these functions for her feature mobile.

DIYA : Motor knowledge of the learning by doing is the miracle of knowledge transfer and skill development.

She always feard that recharge balance amount would go to other phone number by mistake. Once I told her to do this dialing work herself because filling some details on feature mobile was not hard. Many times I explained everything about the dialing and subscriptions but she never learnt these recharge functions and contacts saving. Finally I stopped helping and told her to fill details by dialing on the feature mobile. I assured her that I would watch her dialing and typing. She tried mobile learning many times a day under my moderation and after a week she became able to launch successfully almost every single function of her feature mobile phone.

Hence, learning by doing is a remarkable theory of knowledge transfer. It is obvious in this theory that learning should be relevant, physical and practical, not just passive and theoretical in listening to the instructions or teaching performance. The concept of learning by doing should be implemented in school system to establish the practices of progressive knowledge transfer.
Experience is the greatest achievement when knowledge transfer occurs in learning by doing. Integrating experiential learning into content courses builds skills, confidence and expectations for students to participate in successful internships and work experience. Experiential learning gives students the opportunity to practice and develop attitudes such as resilience, tenacity, curiosity and self-direction.

Learning by doing is a concept in economic theory by which productivity is achieved through practice, self-perfection and minor innovations. An example is a factory that increases output by learning how to use equipment better without adding workers or investing significant amounts of capital. Learning by doing plays a vital role in the evolution of countries to acquire greater specialisation in production. In both these cases, learning by doing and increasing returns in production provide an efficient economic engine for long run growth and sustainability.

I believe that the school must represent present life – life as real and vital to the child as that which he carries on in the home, in the neighborhood or on the playground.
— John Dewey ( My Pedagogic Creed)

Active learning encourages students to recall, understand and apply new information. At the end of a lesson, employ an active learning strategy to assess student learning and to promote deeper learning. The following examples of technology-based active learning strategies can be incorporated in most face-to-face, blended and online classes.

Learning by doing means learning from experiences resulting directly from one’s own actions, as contrasted with learning from watching others perform, reading others’ instructions or descriptions, or listening to others’ instructions or lectures. Of course, watching, reading, and listening are actions, but they are not the kinds of doing referred to as learning by doing because they yield direct experience with demonstrations or descriptions of actions rather than with actions the learner actually performs.

The teachers were to present real life problems to the children and then guide the students to solve the problem by providing them with a hands-on activity to learn the solution …
Cooking and sewing was to be taught at school and be a routine. Reading, writing, and math was to be taught in the daily course of these routines. Building, cooking, and sewing had these schooling components in it and these activities also represented everyday life for the students.
— Peggy Hickman

To make brainpage for knowledge transfer is the daily routine of our students. They may be true hands-on learners who prefer to touch, move, build or draw what they are given to learn in classroom system. This is the brainpage theory of school learnography that can be used to transfer knowledge in classroom learning process. Human brain understands and remembers things, facts and events through space exploration and physical movement in working and learning.

Home | Learnography

Pictures : Featured image showing Madam of The Golden Star who laid the foundation of system learnography, other images showing about the mobile phones and natural sceneries

Resources :

  • Android, iOS and Windows platforms of high performing smartphones
  • Economic theory based on the concept of learning by doing
  • Significant roles of true hands-on learners in knowledge transfer

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

A classroom of small teachers is defined as the beta version of knowledge transfer in school system

Book is the main source of knowledge transfer that is studied and practiced to make modular brainpage in the real learning course. Source book is the alpha version of knowledge chapters but students are the beta testers of learning modules. Obviously, the beta version of computer software is the learning mechanism of high technology for its corresponding updates to improve performance and fix some bugs. Our classrooms have to apply the facts and findings of science and technology in which students will get choices to develop smart brainpage in school hours for reading, writing and understanding.

Highlights :

  • The teacher is the alpha tester of learning transfer in school system.
  • The student is a beta tester for the knowledge transfer of classroom.
  • Miniature school of collaboration deals with the management of classroom operating system.
  • Role of beta testers is significant to the updates of software technology.

In software development, beta version is the second phase of software testing in which a sampling of the intended audience tries the performance of software product. We know that beta is the second letter of the Greek alphabet. Originally, the term alpha test means the first phase of testing in a software development process. Alpha testing is carried out in programming environment for precise bug free software development and usually testers are internal employees of the organization. In fact, alpha testing is the last testing done by test teams at development site after the acceptance testing and before releasing the software for beta version. In some cases, alpha testing may be done by potential users or reliable customers of the software application.

In school system, collaborative approach allows students to actively participate in the learning process by talking with each other and listening to other’s opinions. It establishes personal connection between students and the topic of study like personalized learning network (PLN) in the classroom. Collaborative attitude helps the students work as team members and think in a less personally biased way. The group projects and moderation of classroom are the examples of brainpage theory and its learning dimensions.

Classroom requires the collaboration of leadership and teamwork for the success of knowledge transfer. Miniature school of the brainpage theory deals with the management of classroom operating system (CROS) while brainpage module is the sixth dimension of classroom learning operation system (CLOS). The teamwork miniature of active students is very important to the environment of learning development (ELD). Miniature school runs in the classroom of brainpage school to manage the leadership and teamwork performance in knowledge transfer.

All types of learning whether they are object knowledge, emotional knowledge, cognitive knowledge or academic knowledge are converted into the motor knowledge to process memory formation in the brain circuits. Cognition, emotion, motivation, inhibition and intuition are the characteristics of knowledge transfer in school system. Phases of the learning are useful for students such as scan phase, outline phase, format phase, update phase and intuitive phase. There are three basic sets of classroom knowledge transfer in brainpage school such as miniature school (forum), classroom (production) and students (beta testers). The concept of big teacher and small teachers must be defined in school system for knowledge transfer.

There are more than million mobile apps available for installation in the Google Play Store. Most of these apps are updated frequently to add new features, improve performance or fix bugs. After updating the app, the developers need someone to test the new version and report the bugs and issues to them before releasing it to the public. These tests are carried out by beta testers who are ordinary users, not professional programmers. The Google Play Store gives an option of the feedback to help developers by testing the pre-release version of apps by becoming a beta tester.

Also by becoming a beta tester for the software application, the user gets to know about the new and upcoming features of the app and he can try them out before the regular users get hands-on. So if someone want to become a beta tester, he has to operate the different features of software to observe the functions, performance and issues of required system. Our students are the beta testers of knowledge chapters in school system.

Brainpage module is considered as the software of knowledge transfer to launch the learning mechanism of brain circuits. Students have to make high speed brainpage in the learning process of school hours.

Bugs are the mistakes of programming and the learning from bugs helps in the advancement of technology. Beta testing is often preceded by a round of testing called alpha testing. Beta phase generally begins when the software has complete feature but likely to contain a number of known or unknown bugs. Software in the beta phase will generally have many more bugs in it as well as speed or performance issues and may still cause crashes or data loss. A beta test is a type of testing period for computer product prior to any sort of commercial or official release. The phase of beta testing is considered as the last stage of testing. It normally involves in distributing the product to beta test sites and individual users outside the company for real-world exposure. Other beta tests may simply offer the product for a free trial download over the internet.

A teacher feels the potentials of brainpage modules in classroom performance but our students have to enjoy the real-world situations of brainpage modulation in knowledge transfer. Whether someone is developing an iOS or Android app, he has to go through beta test, which usually comes second in line after alpha testing. The main goal of beta testing is to get real-world exposure and to know how this app will feel in the hands of actual users. Think of its phase as a soft launch for the app when early users can observe and try it out in functional operations and let the developers know what needs fixing and what needs ditching.

I believe that the development cycle of software is more difficult than the knowledge transfer of classroom. Beta testers are general users who tend to volunteer their services free of charge but often receive versions of the product they test, discounts on the release version or other incentives. The focus of beta testing is to know the application efficiency of software by reducing impacts to the users, often incorporating usability testing. Beta testers are those persons who know the operating skills of predefined system and can actively report the issues and bugs of beta software. They are usually customers or representatives of the organization that develops the computer software.

Twitter | Brainpage Module

Students make brainpage in the learning process of chapters and this is the software of knowledge transfer. Education runs on teaching system but this is not the beta version of book to brain knowledge transfer in school system. We observe that alpha knowledge transfer testers and beta knowledge transfer testers are the main aspects of classroom system and academic performance. Then, what is the difference between teachers and students from the point of relevance in neuroscience and brain learnography? In fact, the teachers are alpha knowledge transfer testers, while students are learning as the beta knowledge transfer testers in classroom situation.

Home | Learnography

Pictures : Featured image from the Pexels showing the mouse tests, other images from the Pexels showing the cycles of software development

Resources :

  1. Problems of knowledge transfer in school system
  2. Beta testers of mobile apps and software updates
  3. Brainpage modules and teamwork miniature to launch learnography in classroom
  4. A classroom of small teachers and the big teacher as the moderator of knowledge transfer

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

Productive system of knowledge transfer is crucial to effective learning and working in classroom or at workplace

Main drawback of education system is the defective system of knowledge transfer that doesn’t activate the learning parts of student’s brain during teaching process in the classroom. The volume of gray matter does not increase in the learning parts of student’s brain, particularly in prefrontal cortex. It’s true that neuroplasticity occurs in learning process after the completion of knowledge transfer. But it doesn’t happen in classroom teaching. Instead, gray matter volume increases in the teacher’s brain. It is fact that students are always dependent on their teachers for learning, writing and understanding.

Highlights :

  • Teaching isn’t an effective system of learning transfer and not suitable to process the neuroscience of plasticity during classroom performance.
  • Volume of gray matter increases in the learning parts of brain circuits after knowledge transfer.
  • Brainpage theory of learnography is crucial to effective learning and knowledge transfer in school system.
  • Most parents can’t afford modern education, as it is providing highly advanced expensive classrooms.

Students can’t make high speed brainpage in classroom to face tough questions in the exams. This trait suppresses the creative side of their personality and they never get to know their strengths. When there are more extracurricular activities in school’s premises, students become focused on playing activities and may feel difficulty in concentrating on their studies, learning and brainpage making process. It’s difficult for students and teachers to keep actual balance between classroom studies and extracurricular activities. They’re directed and absorbed with the things affecting their required knowledge transfer, brainpage development and educational performance.

Traditional education is costly and not good in knowledge transfer. Tuition fee is very high, but learning is based on the teaching theories. Moreover, course books and other school things are quite expensive. Parents have to face difficulty in paying tuition fee and other expenses of schools.

Productive classroom provides efficient learning space for the school chapters and students show learning initiatives to take active part in the brainpage processing of classroom activities. Knowledge transfer seeks to organize and modulate knowledge and ensure its availability for student’s problem solving activities. The lecture method of teaching theories involves the teacher doing all the talking or describing with little or no input from the students. This is the problematic classroom transfer of education system because students go to take on a passive role, which can hinder chapter learning and related brainpage modulation.

In this way, knowledge transfer doesn’t proceed in the classroom to make the brainpage of subject matter. Students need to be active learners to keep the brain working and integrating new information and memory formation. The science of knowledge transfer and motor brainpage development is required to the design of productive classroom. The teacher must make sure to involve student’s initiative in knowledge transfer by asking them short questions and encouraging participation in working and writing, so they can learn and understand subject matter to develop the learning spectrum in brain circuits.

It is very difficult for a student to sit for a long time in classroom and listen to the teacher on a motivated topic for learning and understanding. Nowadays children are engaged in watching the television screen changing every half a second and therefore have a difficult time staying focused during a teaching session. Newer learning methods involve the hands-on learning, where students can manipulate objects as well as work in groups to learn the lesson’s objectives in a stimulating way. But this is not the scientific system of knowledge transfer that can be conducted in the classroom. Brainpage is never modulated to achieve learning efficiency for problem solving activities.

The transfer of knowledge is very much related to the school system and academic performance. It is managed and conducted in learning space to deal with the problem solving activities of knowledge integration, knowledge application and knowledge use in the real world of science, technology and economy. Transfer of lesson learning or transfer of knowledge refers to learning in one context and applying it to another such as the capacity to apply acquired skills and knowledge to the new situations of project work. The issue of knowledge transfer is a central issue in both education and economy. There is probably a subtle difference between transfer of learning that addresses what is learnt in school or university. And the transfer of knowledge that addresses the general localized issue of applying knowledge to new situations in problem solving work performance.

Artificial intelligence (AI) of machine learning is generated by the cognitive circuit of human brain while human intelligence (HI) of knowledge transfer is governed by the limbic circuit of our brain.

Kid’s attention deficit is the lack of proper brainpage to regulate brain circuits for the knowledge transfer. When we focus on how we want to feel and figure out how to feel good and interested, we start to create the right choice and environment for our mind, body and soul to thrive. Focus in the classroom is an essential factor to make high speed brainpage in the modulation processing of knowledge transfer. Who is defined in your surroundings or inside the miniature school of your classroom bound influence? Surround yourself with the smart dimensions of learnography that are running on the pathways of goal oriented tasks, purpose and success. Don’t ever attach yourself in a significant way to thing or person that would steal your joy, mock your success or hinder your purpose and growth.

In learning process someone will teach, and in teaching process they will learn and make their own brainpage. Knowledge can be communicated, but not wisdom. One can find wisdom, live it, do wonders through it, but one cannot communicate and teach it.

Social factors and basic skills: Empathy is the ability to understand and share the feelings of other individuals at working place. Education system can’t manage the social factors of growing children in school system. Sympathy describes the feelings of pity, guilt and sorrows for someone else’s failure, suffering or misfortune. Bullying attitude in school or at workplace is not empathy or sympathy, but it is defined as the bad brainpage and misconduct of social behaviour.

New knowledge is the Blue Mountain of possibilities, hardwork and progress that may be difficult for exploring, learning and understanding, as it is not programmed in the hippocampus of our brain to climb or navigate the zeid pathways of knowledge transfer. Children have to do modulation on the notepage to face the challenges of blue mountain. The knowledge modulation of brain learning and finger mapping is the real learning of children. The teacher can help in the module making activities of classroom. It is necessary to learn and practice one super module builder and then finish the five associative modules of knowledge chapter in the brainpage making process of knowledge transfer.

Reflective choice: We can express feeling, thinking and experience by posting text or picture on social media. Visual perception selects picture and shows its emotional reaction as pleasure, fear or grief. But the post of text paragraphs needs reading to interpret and understand the statements and facts of written segment. Cognitive analysis is necessary to use the text for the details of information. It’s amazing that picture is liked without much effort and it makes text valuable in perception and recognition as the response of reflective choice of individuals.

Wise brain and smart brain: Home learning is utilized as brainpage making process in school system. We know that self-learning is the source of experience. It is done in object language to rationalize the processing of goal oriented tasks, so the spectrum of knowledge transfer helps in the modulation of segment formatting solver. Wise brain category develops from self-learning, rational practice and logical experience while the brainpage theory of learnography makes smart brain from the knowledge transfer. It’s scientific analysis that modular learning is the source of smart functions.

If we don’t know one thing, then it means we are unknown about so many things. So everything has a great value, connectivity and associative property. We must give importance to every such thing, objects or knowledge for the learning of each topic segment. Brain writing and finger mapping both are essential for exams preparation to secure high scores or grades in academic achievement. Source page, brain page and white page are practiced in learnography for problem solving work. Subject matter is studied to write answers for collective questions. It is memorized by repeating sentences and rehearsing knowledge segments. We don’t follow the learning mechanism of brain in teaching system. But learnography is brain writing and it can be practiced in learning process. Teaching process can’t perform the brain writing of knowledge chapters.

Twitter | Brainpage Module

Teaching is not an effective system of the knowledge transfer for the development of human intelligence in school education. What are the differences between artificial intelligence and human intelligence?Prefrontal cortex of brain is the center of cognitive knowledge and the algorithms of artificial intelligence are generated by the rational functions of prefrontal cortex. But human intelligence is governed by the limbic circuit of cingulate gyrus. Software is required to launch the functions of artificial intelligence while software is not available in classroom to conduct the knowledge transfer of human intelligence. We must know that brainpage module is the software of human intelligence that is required in classroom to transfer skill and knowledge in the children’s brain circuits.

Education | Learnography

Pictures : Featured image from the Pexels showing factory, other images related to classroom and student’s activities

Resources :

  • Traditional education and teaching as system of knowledge transfer
  • Differences between artificial intelligence and human intelligence
  • Scientific analysis of memory types, modular learning and knowledge transfer
  • Study of hippocampus describing learning methods, memory formation and pathways navigation

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

What is the first dimension of knowledge transfer for students in school system?

Our attention is always focused on the goal oriented task processing of working hands to ascertain possibilities and high success in the performance. We know that the matrix of questions determines working pathways for the knowledge transfer and quality evaluation in school system. Fast learning is initialized in the processing of formatted questions. It’s true that query matrix is the first dimension of brain learnography used to modulate smart brainpage in the learning transfer of information. It is also important that matrix order is the first dimension of knowledge chapter defining along zeid pathways in the rows and columns of learning space for the queries of structural and functional objects. The distinct pathway of knowledge matrix initiates instance guided object learning (IGOL) in the classroom.

Highlights :

  1. How do you design and process the knowledge transfer of classroom to amplify children’s learning?
  2. If you asked your students, “What in this room supports your learning, and what gets in the way of it” what might they say?
  3. What are some teacher tips on how to make everything a student needs really accessible for high speed knowledge transfer?
  4. How do you integrate flexible seating in classroom to maximize learning transfer?

These questions were collected from a chatting program conducted by honorable teachers and writers. Some educators arranged this chatting program on social media for a particular hashtag topic. One prominent educator was chat moderator to launch the streaming of interactive discussions about efficient learning space, classroom arrangement and learning transfer to the students. Teachers and writers were taking part in the chatting by expressing their views, suggestions and determination how to amplify students’ learning in the classroom. Obviously, the set of questions was the first dimension to start chatting on the issues of learning space and student’s initiatives in classroom situations.

  1. How do you create spaces to showcase learning transfer in the classroom? What does it look like?
  2. What about quiet learning spaces for reflection, decompression, and to validate the introverts?
  3. What types of spaces do you create for collaboration (space where students can sketch, build or create)?
  4. Have you considered your teacher’s footprint for knowledge transfer? Is it possible to minimize or eliminate your workspace for the environment of learning development (ELD)?

The interaction between teachers was informative and very interesting in sharing their statements and experiences. It was running on the matrix of questions. Most important aspect of this interactive program was the methods of questioning and answering. The chat moderator gave eight questions one at a time for discussion and the program took good speed in few minutes. It was running smoothly and politely without any interruption and hesitation.

Educators and writers were very qualified as they were giving answers from their high quality knowledge, deep thoughts and valuable experiences. The role of chat moderator was praiseworthy in managing the balanced momentum for proper chat and discussion. The question was the bottom line for interaction and its matrix fixed the pathway of chatting program. In fact, questions were transferring views and ideas on the social media. It’s a great evidence for the development of school system that the matrix of questions is the first dimension of knowledge transfer in classroom learning.

A widespread and accepted use of questions in an educational context is the assessment of students’ knowledge through exams. Questions are used from the most elementary stage of learning to original research.

In the scientific method, a question often forms the basis of collective information and investigation. It can be considered as the transition between observation and hypothesis stages. Students of all ages use questions in their learning of topics. They are engaged in goal oriented tasks by defining questions in learning process. We know that the formative skill of creating questions is a central part of the inquiry based education. Student’s responses to the Socratic method of questioning may be used by a teacher to lead the student towards the truth of knowledge transfer without direct instruction. The process of question formation also helps the students to understand logical conclusions in problem solving activities.

Fear is the default emotion of life for the working mechanism of brain. Exam fear is really the fear of questions and answers, and we can say that this is the fear of failure or success. Before students can master their fear, they must acknowledge it first for learning transfer. Rather than avoiding the fear of questions, students must become aware of it and use it as a guide to sharpen focus and decision making cognition for high academic performance. Do not let fear get out of your control and become panic in learning transfer and brainpage making process. Your brain is everything and responsible for your failure or success. Have the first dimension of knowledge transfer and make high speed modular brainpage to secure smart grades in the tests and school performance.

Amygdala system of brain is responsible for fear projections in working circuits and cingulate gyrus is localized in brain to produce the different channels of emotion. Most successful people want to push themselves beyond past accomplishments. In order to do this, they push themselves outside their comfort zone of working and living. This means by facing the fear of failure continually, they can predict their own responses towards future drives when stressed and stretched. The limbic circuit of human brain is programmed naturally to pay more attention to negative thought or information that produces fearful responses in the brain circuits.

Fear is the factor of our survival instinct in working or living. It deals with aversion to loss or harm and protects us from failing in performance. That is why we tend to remember negative or traumatic information better than neutral or even positive experiences. A lot of people put their fear into different categories and then bring it out when they’re ready to take a closer look at it. In so many ways, fear perception is nature’s way of making sure that we don’t practice something stupid in behavior. Real challenge is calling out those times when we just don’t take the next step because of the fear of failure or the fear of success. In fact, the problem of fear is resolved in the brainpage theory of knowledge transfer because of cognitive development and cerebellar learnography.

Education provides conventional learning in school system that is easy and comfortable in sitting and listening. This is the age of science and technology but teaching is not the scientific system of knowledge transfer for students in the classroom. Brainpage theory of learnography is the neuroscience of knowledge transfer. This is the scientific method of children’s classroom in which students will finish and learn everything required for effective knowledge transfer using the substrates, physical activities and dimensions of their brain learnography.

Twitter | Teamwork Miniature

Training or Ed degree is not essential for the teachers in school learnography but class students are skilled in the learning mechanism of motor knowledge. They are trained in classroom leadership, teamwork and brainpage development to apply the query matrix, definition spectrum, task formator, segment solver, zeid compass, module builder and innovation derivative of knowledge transferring brain circuits (KTBC). The learning mechanism of our brain always seeks the matrix tasks of knowledge to create the possibilities and sequences of brainpage modulation. It develops from the question set or titles of chapter segments and provides instance guided object learning (IGOL) for the high speed modular transfer of knowledge chapters in learning process.

Education | Learnography

Pictures : Featured image from the Pexels showing fear perception and the eye of cyclone, other images about fear, question and answer showing the light of knowledge

Resources :

  • Methods of effective knowledge transfer in the learning process of school system
  • Substrates, learnodynamics and dimensions of effective knowledge transferring brain circuits (KTBC)
  • Significance of teaching system and teacher’s training in school education
  • Impacts of time bound questions matrix on the amygdala system of human brain

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

Teaching is not the scientific system of knowledge transfer in school education

Everything is learnt in brain and tasks are also processed by the working mechanism of brain circuits. Book is the main source of facts, ideas and knowledge. Therefore, book to brain knowledge transfer must be provided in classroom for kid’s learning. The teaching theories of school system are based mainly on motivational techniques and control that are not effective in classroom for knowledge transfer to the student’s brain.

The teaching performance provided for school learning must be tested on the facts and findings of neuroscience to verify whether teaching process is a scientific system for learning or knowledge transfer. We know that work performance and knowledge transfer are carried out by the rational functions of prefrontal cortex, while motivational instructions are produced and received by the limbic circuit of human brain.

Highlights :

  • Teaching theory of education does not support the neuroscience of knowledge transfer in classroom.
  • In fact, teaching performance is the waste of school hours. Students don’t get time in classroom to make brainpage for knowledge transfer.
  • Knowledge is transferred from book to teacher’s brain and then it is projected to students’ brain. This is indirect school of knowledge transfer.
  • Book to brain knowledge transfer is the definition of direct school. It is also known as School 2020.

We believe that teaching is provided in classroom and students will learn and understand the subject matter of chapters. It seems very simple and comfortable in school system. But our brain has complex systems of the neuronal networks and learning mechanism defined by several neural circuits. Knowledge transfer of the learnography is processed in the working mechanism of brain circuits. These neural pathways are input circuit, association circuit, cognitive circuit, limbic circuit, memory circuit, motor circuit and zeid circuit. There are also seven dimensions of the knowledge transfer in learnography such as matrix, spectrum, formator, segment, compass, module and innovation.

The success of knowledge transfer and brainpage development brings respect and happiness to the teachers in classroom. Learnography is the neuroscience of learning mechanism, knowledge transfer and memory formation. This is the brainpage making process of knowledge chapters that should be launched in classroom instead of teaching, listening and note-writing.

Academic success depends on student’s performance but school system observes educational success in quality teaching. Although academic sectors are facing many challenges such as schools do not have enough money for books or to maintain decent classrooms. Underpaid teachers have to work several jobs. The department of education never paid attention to develop the efficient system of knowledge transfer on the basis of brain circuits and neurological achievements.

Main drawback of education is the inefficient school system of knowledge transfer in which classroom learning is not finished in student’s brain circuits to generate plasticity for academic knowledge, cognitive behavior and memory consolidation.

Classification of learnography is based on the learning mechanism and knowledge transfer of human brain. Later, learning mechanism of classroom is modified to the working mechanism of production and economy. We know that neuroscience deals with the anatomical structure, neurological localization and physiological functions of brain parts. Learning modules of the brain play vital role in the modular brainpage development of knowledge transfer. So, the orientation of school system must be based on the anatomy and physiology of brain mechanism.

Classification of School Learnography

  1. Associative Learnography
  2. Declarative Learnography
  3. Input Learnography
  4. Output Learnography
  5. Compass Learnography
  6. Implicit Learnography
  7. Procedural Learnography

Pedagogy always describes the advanced teaching techniques and high motivational control to create the learning environment in school system. It doesn’t follow the neurobiology of knowledge transfer and its interpretation in which neuroplasticity runs in brain circuits to grow the volume of gray matter in specific brain regions. A teaching method comprises the principles and techniques used by teachers to enable student’s learning in classroom. These strategies are determined partly on subject matter to be taught and partly by the standard of classroom learners.

In today’s school system, the trend is that it encourages a lot of creativity. It is fact that human advancement comes through the subjects of analyzing and reasoning. This reasoning and original thought enhance the skills of creativity. But the cognitive part of brain in school children is not fully matured, especially prefrontal cortex to face the critical challenges of creativity and innovation. They must be encouraged to learn the subject matter of tested and verified knowledge as the software of knowledge transfer to promote working potentials of the modular brainpage.

For a particular teaching method to be appropriate and efficient, it has to be in relation with the characteristics of students and the type of learning it is supposed to bring about in classroom situations. There are many suggestions for the design and preparation of teaching activities. The selection of teaching methods must take into account not only for the nature of subject matter but also how students learn and develop brainpage during knowledge transfer in classroom.

Questions provide the matrix of knowledge which is used to test learning quality and brainpage development. Student’s learning is measured through objectively scored tests and assessments after the course is finished and practiced. Subject teachers are authorized to conduct learning process and tests required for preparation and evaluation. In Student Centered Approach to Learning, teachers and students play an equally active role in the learning process. The teacher’s primary role is to coach and facilitate student’s learning and overall comprehension of the knowledge transfer. But parallel learning never occurs in the classroom and students are not similar in learning quality and performance.

Smartphone is useless without proper software. Brainpage is the application software of knowledge transfer to promote learning initiatives in brain, so the processing of brainpage module is everything in classroom for high academic performance.

Student’s learning is measured through both formal and informal forms of tests or assessment, including group projects, student portfolios and class participation. Teaching and assessments are connected to each other in modern education system. It means teachers have to be very active in classroom situations. Student’s learning is continuously measured by asking question during teacher’s instruction. Commonly used teaching methods may include class participation, demonstration, recitation, memorization and composite practice of these techniques. But students become very active in the motor learnography of knowledge transfer during brainpage making process.

The teamwork miniature of active students is very important to the environment of learning development (ELD). Therefore, miniature school runs in the classroom of brainpage school to manage the leadership and teamwork performance in knowledge transfer. Collaboration allows students to actively participate in the learning process by talking with each other and listening to other’s opinions. It establishes a personal connection between students and the topic of study. Collaborative approach helps the students work as team members and think in a less personally biased way. The group projects and moderation of classroom are the examples of brainpage theory and its learning dimensions.

Teachers may employ collaboration to assess student’s abilities to work as a team, leadership skills or presentation abilities. Collaborative format can take a variety of forms such as fishbowl discussions. The advantage of fishbowl is that it allows the entire group to participate in conversation. After some preparation and with clearly defined roles, a discussion may constitute most of the lesson, with the teacher only giving short feedback at the end or in the following lesson. It is fact that a teacher is classroom leader to manage and moderate the environment of learning development. In learnography, subject teacher becomes task moderator and students are engaged in the management of miniature school where they will learn the skills of leadership and teamwork performance.

What are the differences between smartphone and smart brainpage?

Smartphone returns smart communication whereas smart brainpage receives smart knowledge transfer. Each of the students possesses smartphone in the classroom but they don’t have smart brainpage for the modulation of knowledge transfer.

Newer teaching methods may incorporate television, radio, internet, multi-media, virtual reality and other modern devices. Some educators believe that the use of technology is beneficial to students for fast understanding and it can facilitate chapter learning to some degree. Others say that classroom technology is not substitute for educational methods that encourage deep thinking and great desire to learn for goal oriented task operation (GOTO).

Inquiry based learning is another modern teaching method that is the task matrix oriented learning of classroom. A popular teaching method that is being used by a vast majority of teachers is hands-on activities. In fact, hands-on activities are those physical activities that require the modulation of learnodynamics, physical movement, talking and listening. Learning activates multiple motor areas of the brain. The more parts of the brain students use in physical activities, the more likely they are to retain information, learning spectrum and knowledge transfer.

Learning is the process of acquiring skills, knowledge and experience that may be new, modifying or existing in goal oriented tasks. Structured knowledge, defining behaviors, productive skills, academic values and required preferences are the achievements of learning process in school system. The ability to learn in knowledge transfer is possessed by humans, animals and some machines. There is also critical evidence for some kind of object learning in the flowering plants. Some learning is immediate, induced by a single event, but much skill and knowledge accumulate from rehearsed experiences. The changes in brain circuits induced by learning often last a lifetime, and it is hard to distinguish learned facts, events and materials that seems to be lost as the retrograde amnesia from that which cannot be retrieved in working activities.

Meaningful learning of our children is the concept that learned knowledge transfer such as objects, facts, events and reactance is fully understood to the extent that it relates to other knowledge in formatting and processing. To this end, meaningful learning contrasts with rote learning in which information is acquired without regard to understanding, interpretation and definition spectrum. On the other hand, meaningful learning implies that there is a comprehensive knowledge transfer of the context of the facts learned in classroom situations.

Over the history of its discourse, various hypotheses, dimensions and definitions have been advanced for the knowledge transfer of school system based on the teaching theories. It is speculated that the different types of transfer exist in learning process. In near transfer, the application of skill to solve a novel problem is performed in similar context. But in far transfer, the application of skill to solve novel problem is presented in different context.

Transfer of learning is the application of merit, skill, knowledge or understanding to resolve a novel problem or situation that happens when certain formative modular conditions are fulfilled. Cognitive research indicates that student’s learning transfer is infrequent in classroom processing and has sought to clarify what it is, and how it might be promoted through the instruction of teaching theories. In this way, efficient system of the learning transfer remains mystery in education system. So, educators are always changing the pattern and method of teaching techniques all the time. Whatever theory of learning is applied in classroom, brainpage development is the ultimate learning of knowledge chapters.

Which is the perfect system of school education to transfer knowledge in classroom? Most educators aren’t sure and confident in a particular teaching theory of knowledge transfer. That is why they always keep changing the methods of classroom performance to secure high success in the institution.

Some educators suggest that positive transfer happens when learning supports problem solving activities based on the matrix and spectrum of prior knowledge. But negative transfer occurs when prior learning inhibits performance on highly correlated tasks, such as the learning of second or third language. Concepts of positive and negative transfer have a long history in school education. It may be possible that habits or mental acts developed by a particular kind of training may inhibit rather than facilitate other mental activities.

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What is the scientific system of knowledge transfer? It is suggested that transferring knowledge into a situation may differ from transferring knowledge out to a situation. But it does not happen in the brainpage theory of learnography in which brainpage rehearsal of the motor knowledge is very powerful to finish knowledge transfer on less time without prevailing inhibition. We don’t need to classify learning or training into cognitive positive or negative transfer. Cerebellar learnography of human brain projects the learning stream of zeid circuit to proceed high speed knowledge transfer for overall performances.

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Pictures : Featured image from the Pexels showing a student on the road to school, other images about the students and their classroom

Resources :

  • Definition of indirect school and its system of knowledge transfer in classroom
  • Pedagogy and its teaching theories, drawbacks of education system
  • Working mechanism of human brain and the processing of neuroplasticity
  • Skill of leadership and teamwork performance, management of miniature school in classroom

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

Pencil power is the most advanced tool of human brain to launch knowledge transfer in school system

Knowledge transfer and pencil power of school system must be efficient and productive to provide learnography, food, houses, jobs and medicine for the livelihood of people. Learning without physical activities is useless and non-functional in the knowledge transfer of classroom. Neuroscience describes that the learning efficiency of cognitive and academic studies improves by the motor knowledge of physical activities.

Highlights :

  • Students need the creative skills of pencil power for innovation and production to meet the requirements of working, earning and living.
  • Pencil power develops from the motor knowledge of brain circuits.
  • Learnography is a new branch of neuroscience which deals with the brain circuits of learning mechanism in the knowledge transfer of school system.
  • Development of gray matter happens in the brain circuits of learning mechanism to launch motor plasticity for reading, writing and understanding.

Test or examination in the school system can evaluate the quality of academic studies and performance, but it doesn’t measure the productive skills of human brain like creating, delegating, reasoning, exploring, communicating and positively influencing the livelihood of people. The knowledge transfer of school system must develop such essential skills in students that the world needs to fulfill future workforce for the nation, and the goals of parent’s investment and expectations.

Pencil power of knowledge transfer is crucial to brainpage development and effective learning in classroom.

Learnography is a new frontier of applied neuroscience. The pencil power of learning skill is provided in learnography while listening power develops from educational teaching. It is fact that the pencil power of knowledge transfer comes from brainpage development and motor finger mapping. This is the world of creativity, innovation and advancement. The pencil power of brainpage theory returns the advancement of science and technology. System of direct school explains that knowledge segments are uploaded to brain circuits from the source page of knowledge transfer and modular brainpage is prepared to process on the cyclozeid of brain-part thalamus for rehearsing and understanding.

Pencil power is the most important knowledge tool to change the world of science and technology with creativity, innovation and high academic success. It develops from the finger mapping knowledge transfer (FMKT) of school system. Book to brain direct learning must be launched in classroom to use pencil power for high achievement.

Teaching performance is an easy process of the classroom but it activates working mechanism of the teacher’s brain circuits. Student’s brain is motivated only to listening and watching. Learning brain doesn’t observe any physical activities and remains in passive mode. What type of neuroscience is running in the teaching theories of education system? Knowledge transfer of subject learning is most effective when practice sessions run in proper learning environment with physical movement to replicate target skill level and context for the performance of pencil power. This mechanism of brain circuits is efficient to launch pencil potentials and productive knowledge transfer in classroom learning by applying the brainpage theory and dimensions of learnography.

Parents believe that the sweet fruit of skill, knowledge and merit is the high earning job of working learnodynamics. Obviously, learning outcome and pencil power are tested at workplace. Most people can’t make a good paragraph to express their feelings, emotions and thoughts. Writing inefficiency can be observed on interactive social media. In fact, good writing requires the standard quality of pencil power and high speed modular brainpage.

Teaching science of knowledge transfer is running in classroom, but no room for learning science. Then homework is given to students so learning science runs at home to develop the pencil power of brain. The motor circuit of knowledge transfer provides pencil power in learning process. Writing page or procedural activity is the finger mapping of brainpage imaging and cognitive thinking. In fact, pencil power is the finger mapping of brain learnography that writes the advancement of knowledge chapters in science and technology.

It is suggested that regular physical activity lasting for 40 minutes five times a week can improve sound mental health. The volume of gray matter in brain circuits increases from physical exercise. Students can also achieve good learnography of the knowledge transfer if learning in school is finished with physical activities like reading, writing, mapping or answering. All types of activities are found to improve mental health no matter people’s age or gender, including doing the housework and looking after the children. Exercise is already known to reduce the risk of heart disease, stroke and diabetes.

We must have good working habits to keep the good health of our brain and body. The proverb “Slow and steady wins the race” emphasizes the problem of over hastiness. Even a person with average talent can achieve great success in life through persistent effort. This is pencil power race of the Tortoise and the Hare.

From the regular rehearsals of physical activities, structural and functional improvements are observed in brain structures and pathways associated with cognitive control and memory formation. Physical activity means the processing of motor knowledge. The neurobiological effects of physical exercise are numerous and involve a wide range of interrelated effects on the structure, function and cognition of brain parts.

Research has demonstrated that consistent aerobic exercise such as 30 minutes per day induces persistent improvement in the cognitive functions of brain, healthy alteration in gene expression and beneficial forms of neuroplasticity as well as behavioral plasticity. Some of these long-term effects include increased neuron growth, increased neurological activity like c-Fos and BDNF signaling, improved stress coping, enhanced cognitive control of behavior, improved declarative, spatial and working memories.

The effects of exercise on cognition have important implications for improving academic performance in children and college students. It also helps in improving productivity at workplace, preserving cognitive function in old age, preventing or treating certain neurological disorders and improving overall quality of life.

In healthy adults, aerobic exercise has been shown to induce transient effects on cognition after a single exercise session. But the persistent effect on cognition is observed by following regular exercise over the course of several months. People who regularly perform aerobic exercise such as running, jogging, brisk walking, swimming and cycling have greater scores on neuropsychological function and performance tests. Physical activity improves certain cognitive functions such as attentional control, inhibitory control and cognitive flexibility. It also enhances working memory, updating capacity, declarative memory, spatial memory, and information processing speed.

Neuroplasticity is the process by which neurons adapt to a disturbance over time. It most often occurs in response to repeated exposure to stimuli. Aerobic exercise such as walking and running increases the production of neurotrophic factors such as BDNF, IGF-1 and VEGF. These factors mediate improvements in cognitive functions and various forms of memory by promoting blood vessel formation in the brain, adult neurogenesis and other forms of neuroplasticity. Consistent aerobic exercise over a period of several months induces clinically significant improvements in the executive functions of brain. It also increases the volume of gray matter in nearly all regions of the brain, with the most marked development occurring in brain regions that give rise to executive functions.

Student’s pencil power develops from the brainpage modulation of finger mapping knowledge transfer (FMKT) in school system. This is the main functional part of cerebellar learnography that is significant to high speed modular brainpage and skill development.

Brain structures that show the greatest improvements in the volume of gray matter in response to aerobic exercise are prefrontal cortex, caudate nucleus and hippocampus. Less significant increase in the volume of gray matter occurs in anterior cingulate cortex, parietal cortex, cerebellum and nucleus accumbens. Prefrontal cortex, caudate nucleus and anterior cingulate cortex are among the most significant brain structures in the release of dopamine and norepinephrine systems that give rise to cognitive control.

Higher grades and qualifying scores are associated with better executive function, faster information processing speed and the greater gray matter volume of hippocampus, caudate nucleus and nucleus accumbens. Brainpage theory of knowledge transfer requires students’ initiatives in classroom with physical activities to activate the brain circuits of motor knowledge. Physical activity is also associated with persistent beneficial epigenetic changes that result in improved stress coping, improved cognitive function and increased neuronal activity like c-Fos and BDNF signaling.

Motor knowledge of physical activities can induce neurogenesis (birth of new brain cells) and increase the volume of gray matter in hippocampus. It is associated with measurable improvements in spatial pathway memory and related cognitive functions for high speed knowledge transfer.

Reviews of neuroimaging studies indicate that consistent aerobic exercise increases the volume of gray matter in nearly all regions of the brain. More pronounced increase in the volume of gray matter is occurring in brain regions associated with memory processing, cognitive control, motor function and reward factors. The most prominent gains in gray matter are seen in prefrontal cortex, caudate nucleus, and hippocampus, which support cognitive control and memory processing with other cognitive functions. The left and right halves of prefrontal cortex, hippocampus and cingulate cortex appear to become more functionally interconnected in response to the consistent processing of motor knowledge.

Physical activity brings remarkable changes in the structure and function of brain regions. Academic learning of the classroom can be converted into the processing of motor knowledge through physical activities during the learning process of knowledge transfer. Hence, students must be physically active in classroom and involve in learning process by using the learning dimensions of brain learnography. Motor knowledge can promote plasticity in the learning regions of brain by improving executive functions, cognitive ability and memory formation.

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Pencil power is observed during skill development and it is an important tool in knowledge transfer. Education is a school system that deals with the teaching theories of knowledge chapters. But learnography is a branch of neuroscience which deals with the brainpage theory of knowledge transfer in school system. We can conclude that the pencil power of working mechanism is the finger mapping of brain learnography that writes the advancement of knowledge chapters in science and technology.

Home | Learnography

Pictures : Featured image from the Pexels, other images showing physical exercise and various sections of brain regions

Resources :

  • Teaching theories of school system running in modern education
  • Improvement in mental health found from regular physical activities
  • Brainpage theory of knowledge transfer designed for School 2020
  • Study of brain regions associated with executive functions, memory processing, cognitive control, motor functions and reward factors

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

Exams result of students is the ultimate outcome of knowledge transfer in school system

About five years ago, I got a chance to observe direct learning on the road for book to brain knowledge transfer while I was in medical college hospital for health check up and treatment. One day I saw some medical students were reading books while going on the road to appear in the exams. It was morning time and traffic was normal. It was amazing event for me that the direct learning of knowledge transfer was launched on the road.

Highlights :

  • Fearful faces of students reflected before or during exams period
  • Development of brainpage to influence the exams result
  • Evaluation of the teacher’s work performance
  • Evaluation methods and certification of learning quality in standardized tests and non-standardized tests

I asked one of my friends what happened to these doctors. He replied that they were going to medical college for exams and so they were busy in study even walking on the road. It was remarkable that their fearful faces were reflected just a few minutes before exams. The design of direct school was created twenty years ago but I found strong evidence on the road after fifteen years. Reflection of the fearful faces due to exams is unforgettable. I think that the amygdala system of brain is decisive in the brainpage making process of school learnography.

Everything is practiced and learnt in the brain and so grade performance in school system is the evaluation of a student’s brainpage development. Don’t misguide students that they have to focus only on knowledge acquisition such as the learning, topic writing and understanding of knowledge chapters. Grades or scores of exams result are not only the students’ achievement but this evaluation also reflects the quality of a teacher’s work performance.

Classroom performance and learning process conduct knowledge transfer in the brain circuits of working mechanism of individuals. The technique and method of school evaluation are scheduled tests that are prescribed and developed in defined format to determine the acquired quality of knowledge transfer. So, students have to face the question sets of examination to secure legitimate grades or scores. A test or examination is an assessment intended to measure the quality of acquired learning skill, knowledge, aptitude, physical fitness or classification in many competitive ways.

Many types of tests or exams are arranged in the institution to analyze the standard of academic achievements. A test may be administered verbally, on paper, on a computer or in a predetermined area that requires a test taker to demonstrate or perform a set of problem solving skills. Tests vary in style, rigor and requirements. In a closed book test, a test taker is usually required to rely upon brainpage modulation and memory to respond to specific items whereas in an open book test, a test taker may use one or more supplementary tools such as a reference book or calculator when responding.

Brainpage making process can enhance the working mechanism of mind and improve focus, modulation, memories and overall performances.

A test may be administered formally or informally to find the learning quality of knowledge transfer. An example of an informal test would be a reading test administered by a parent to the child. A formal test might be the final examination administered by a teacher in the classroom or an IQ test administered by psychologist in the clinic.

Formal testing often results in a grade or a test score. A test score may be interpreted with regards to a norm or criterion, or occasionally both. The norm may be established independently or by statistical analysis of a large number of the participants. An exam is meant to test a child’s knowledge or willingness to give time to manipulate the knowledge transfer of particular subject by using the modular brainpage of neural circuits.

After the completion of certain academic level, students have to face the exams to obtain graduation degree in particular course. Standardized tests are often used in education, professional certification, psychology, military and many other fields. These tests are widely used, fixed in terms of scope, difficulty and format and are usually significant in consequences.

School provides teaching performance but brainpage is not made for exams. Knowledge is written on brainpage to apply high speed zeidstream in making modules or answers.

Standardized tests are usually held on fixed dates as determined by the test developer, educational institution or governing body. It may or may not be administered by the instructor held within the classroom or constrained by classroom period. Although there is little variability between different copies of the same type of standardized test such as SAT or GRE, there is variability between different types of standardized tests.

A non-standardized test is usually flexible in scope and format, variable in difficulty and significance. This is the test of brainpage development that happened in the knowledge transfer of school system. Since these tests are developed by individual instructors, the format and difficulty of these tests may not be widely adopted or used by other instructors or institutions.

Students must be skilled in the speed, techniques and format of knowledge transfer. This is the brainpage theory of school learnography in which students make brainpage in classroom during learning process

A non-standardized test is conducted to determine the proficiency level of students in knowledge transfer. It is beneficial to motivate students to study hard and to provide feedback to students about incomplete brainpage. In some instances, teachers may develop non-standardized tests that resemble standardized tests in scope, format, module and difficulty with the purpose of preparing their students for final exams or upcoming the standardized tests of graduation.

United Kingdom and France require all their secondary school students to take a standardized test on individual subjects such as General Certificate of Secondary Education (GCSE) and Baccalauréat respectively as required for secondary level graduation. These tests are used primarily to assess a student’s proficiency in specific subjects such as mathematics, science or literature.

In contrast, high school students in other countries such as the United States may not be required to take a standardized test to graduate. Moreover, students in these countries usually take standardized tests only to apply for a position in a university program. Basically, they are given the option of taking different standardized tests such as ACT or SAT, which are used primarily to measure a student’s reasoning or problem solving skills.

High school students in the United States may also take Advanced Placement Tests on specific subjects to fulfill university level credit. Depending on the policies of test maker or country, the administration of standardized tests may be done in a large hall, classroom or testing center. A proctor or invigilator may also be present in test hall during testing period to provide instructions, to answer questions or to prevent cheating.

Artificial intelligence develops from instance guided object learning (IGOL). This is also the main theme of human intelligence to activate hippocampal formation for long term potentiation. This is the neuroscience of knowledge transfer and corresponding brainpage modulation.

Grades or test scores from standardized test may also be used by universities to determine if a student applicant should be admitted into one of its academic or professional programs. For example, universities in the United Kingdom admit applicants into their undergraduate programs based primarily or solely on an applicant’s grades on pre-university qualifications such as the GCE A level or Cambridge Pre-university.

Standardized tests of quality evaluation are sometimes applied to compare the proficiencies of students in knowledge transfer and brainpage development from different institutions or countries around the world. The Organisation for Economic Cooperation and Development (OECD) uses Programme for International Student Assessment (PISA) to evaluate certain problem solving skills, brainpage development and knowledge quality of students in specific subjects from the participating countries.

In modern evaluation pattern, multiple choice questions are asked in competitive standardized tests and popular in many countries. Most mathematical questions or calculation questions from subjects such as chemistry, physics or economics employ a formatting style which does not fall into any of the above categories, although some papers notably the Maths Challenge Papers in the United Kingdom employ multiple choice modulated format.

Modular answering pattern of exams are preferred in some countries for standard evaluation. Most questions of mathematics provide a mathematical problem or exercise that requires a student to write a freehand response. Marks are given more for the steps taken than for the correct answer. If the question has multiple parts, later parts may use answers from previous sections. Marks may be granted if earlier incorrect answer was used but the correct method of answering was followed and also for an answer which is correct returned, in case of incorrect input.

Cheating in the exams is the process of using unauthorized means or methods for the purpose of obtaining a desired test score or higher grades. This may range from bringing and using answer notes during a closed book examination. Students may imitate and copy another test taker’s answer or choice of answers during an individual test. Sometimes, a paid proxy is sent to take the test in the place of test holding student.

Cheating in the exams may provide a fake certificate of the graduation for working and earning. So, make brainpage school and start the learning circuits of brainpage processing for knowledge transfer. As a result, you needn’t depend on cheating or copying for answering the questions asked in standardized tests or exams.

Several common methods have been employed to combat cheating in the examination hall. They include the use of multiple proctors or invigilators during a testing period to monitor test takers. Test developers may construct and write multiple variants of the same test to be administered to different test takers at the same time. Also developers can write tests with few multiple choice options, based on the theory of hardships that fully worked answers are difficult to imitate.

School learnography is really the pathway learnography of knowledge transfer. Attention is focused on the zeid points of learning pathways for reading, writing and understanding. Cognitive ability of students improves in classroom through the practice of brainpage development. Students have to perform motor knowledge to get high efficiency in knowledge transfer. Artificial intelligence (AI) develops from the rational circuit of motor and prefrontal cortices while human intelligence (HI) is dealt by the limbic circuit of subcortical brain structures.

Physical activity describes the processing of motor knowledge. Mental ability of knowledge transfer improves from the motor knowledge of physical activities. Matrix of knowledge should be followed in learning process. So question is followed to write solution in practice. It is done in home learning. Teachers are efficient in classroom performance skills but students are lack of learning or modulating skills to make high speed brainpage for knowledge transfer and academic proficiency.

Cognitive ability of students improves in classroom through the practice of brainpage rehearsals using the brain circuits of basal ganglia. Students have to perform motor knowledge to get high efficiency in knowledge transfer.

Who is making brainpage in the classroom? The teacher is working and giving teaching performance, so he is making brainpage in the classroom on the basis of motor knowledge processing. He is rehearsing knowledge transfer in the brain circuits of working mechanism. Will he face the exams to meet the criteria of quality evaluation?

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Who will achieve high grades in the final exams, teachers or students? Students are listening and watching in the classroom, so they are passive and not making brainpage in classroom situations. This is the main drawback of modern education system. In reality, teachers are making brainpage in the classroom and students will make brainpage at home. We know that home is not school and parents are not teachers.

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Pictures : Featured image from the Pexels showing page writing, other images related to the preparation of tests or exams

Resources :

  • Working drives produced by the amygdala system of brain
  • Relevance to direct school and book to brain knowledge transfer
  • Different types of tests and exams administered in school system
  • Cheating behavior of students while writing answers in the exams

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

Fear factor is the default emotion of life for the working mechanism of human brain

Fear is the survival factor of life and the amygdala system of brain triggers the survival functions of fear factors. The drives of knowledge transfer also proceed on the derivatives of fear emotion like the fear of mistakes, failing situations and low academic achievement. But the fear of homework, teachers or the principal is harmful to the learning potentials of students. They must feel free in classroom to modulate concerned brainpage in the learning process of school chapters.

Highlights :

  • Default emotion of human brain for working, learning and earning
  • Survival functions of life in critical circumstances
  • Mind wandering at resting stage for future planning and loss aversion
  • Fear is here, there and everywhere in human life for survival and success

When we sit quietly without doing anything, the imaging of many thoughts and events starts coming in our mind. If we let our mind wander for a few minutes, brain circuits are actually lighting up with a range of emotions. So our brain becomes full of emotional streams running in different affective states that can ruminate on prior stressors or we can get anxious about future events. This is the function of default mode network of brain in which mind wandering happens by recalling past life and episodic memory.

Default mode network of brain is most commonly shown to be active when an individual is not focused on the outside world and the brain is at wakeful rest such as during daydreaming and mind-wandering. But it is also active when the individual is thinking about others, thinking about themselves, remembering the past and planning for the future.

Bullying can threaten student’s physical and emotional safety at school and can negatively impact their ability to learn. The best way to address bullying is to stop it before it starts to threaten children’s life.

Emotions like fear and love are carried out by limbic system which is located in the temporal lobe of brain. We know that the limbic system is made up of multiple parts of the brain but the center of emotional processing is the amygdala. It receives input from other functional regions of the brain like memory and attention.

Amygdala is responsible for multiple emotional responses like love, fear, anger and basic desire. Stimulation or removal of the amygdala alters emotional response. Research has shown that electrical activation causes aggression while surgical removal results in indifferent emotional reactions. So, damage to the amygdala can result in abnormal emotional responses and over-stimulation causes excessive reactions.

A fear appeal is a persuasive message that attempts to arouse fear in order to divert behavior through the threat of impending harm. An authoritarian style of leadership may create an environment of fear with no chance for dialogue and with complaining being considered futile.

Hippocampus is another part of the limbic system that sends information to the amygdala. This is one of the memory processing centers of the brain that interacts with amygdala when a person has memories with emotional ties. The reciprocal connection between amygdala and hippocampus may be the origin of strong emotions triggered by the particular memories of space, object, time, instance and module.

Prefrontal cortex of the brain is involved in decision making in response to emotional drive. It controls what decision a person makes when faced with an emotional reactance and also regulates anxiety. Cingulate gyrus acts as a pathway between thalamus and hippocampus. It plays a role in remembering emotional charged events. The cingulate cortex of brain focuses attention on the event by alerting the rest of the brain that it is emotionally significant in the neural processing of responses.

Posterior cingulate cortex is emotion generator but anterior cingulate cortex is emotion encoder to produce zeid factors for the working mechanism of brain. Amygdala is considered as emotion decoder to launch the stream of zeid factors for the modulation of memories and drives.

State of fear is believed to be an unpleasant emotional state involving physiological arousal that motivates cognitive, affective and behavioral responses directed towards alleviating threat or reducing fear.

We know that the emotion of fear is stronger than the emotions of reward or love. Some memories may be lost in the state of extreme fear or severe trauma. Semantic memory is more affected in depressed situations. Everyday, the emotion of fear protects us from the dangers of critical circumstance. It is fact that fear factor is the default emotion of limbic circuits and it does not require neurotransmitters to activate the channels of emotion in work performance.

Fear of exams is found very high in students because they have to secure high grades in performance. Brainpage is not made in classroom and students have to write exact answers in the exams. Fear is the strongest factor of human emotions and other emotions such as love, hate, anger, pleasure, reward, failure, sadness and anxiety are its permutations.

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The fear system of survival is sympathetic autonomic system of the brain responsible for flight, fight, freeze, fright and faint. In fact, fear is the default emotion of life that regulates the working mechanism of brain and it is generated in the posterior cingulate cortex of default mode network (DMN). Survival is the fundamental aspect of life and it is described in brain circuits by the generation of fear factors. On other hand, the success of goal oriented tasks is also secured by the fear factors of failure.

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Pictures : Images related to the fear factors showing spider, rat and heights, pictures from the Pexels

Resources :

  • Science of amygdala system and the study of fear factors
  • Fear of exams in school system to secure high grade performance
  • Classroom fear and its impact on student’s learning
  • Scientific studies of trauma, stress and depression in prevailing learning conditions

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal

Future of education is school learnography that conducts the brainpage theory of book to brain knowledge transfer

Food, clothes, shelter, health and education are the basic needs of human life. So, it is obvious that education is the fifth basic need of people’s livelihood to be qualified for learning, working and good earning jobs. Teaching is the system of knowledge transfer in education and it’s about 5000 years old system. It’s main defect is that it cannot induce brain plasticity in classroom performance. Then what will be the future of education for the school system of our children?

Highlights :

  • Basic needs of human life required for working, learning and earning
  • Seven branches of neuroscience
  • Our children and knowledge transfer in school system
  • Teaching is the waste of school hours and kids become stressed from the massive loads of homework

We know that the learning mechanism of brain is important for knowledge transfer and neuroscience can provide a smart system of knowledge transfer for our children in classroom. In ancient civilization, knowledge was transferred from one generation to another by telling about objects, facts and events in the form of stories, poems and essays. It was the evolution of teaching theories for skill and knowledge to change the thoughts and behavior of individuals. In this modern age of science and technology, the teaching system of knowledge transfer is not very effective to meet the challenges, hardships and development of future workforce.

No teaching, no homework for kids! Future of education is brain learnography that will deal with the learning mechanism and knowledge transfer of school system.

School is important for the knowledge transfer of mathematics, language, science and technology. The future of education is learnography that is the fifth branch of neuroscience and it conducts brainpage making process in school system for book to brain knowledge transfer. Posterior cingulate cortex of human brain is the central hub of default mode network that conducts knowledge transfer to memory centers during resting stage.

Literally, neuroscience means the science of nervous system. But neurology is the medical specialty dealing with disorders of the nervous system. It deals with the diagnosis and treatment of all categories of disease involving the central, peripheral, and autonomic nervous systems.

Neuroscience is also known as neurobiology and this is the scientific study of nervous system including the functions of brain parts. It is a multidisciplinary branch of biology that combines physiology, anatomy, molecular biology, developmental biology, cytology, mathematical modeling and psychology to understand the fundamental and emergent properties of neurons and neural circuits.

Seven branches of neuroscience :

Fundamental anatomy of brain regions and the physiological properties of neuron projections and neural circuits must be basis to launch the knowledge transfer of children in school system. Book to brain knowledge transfer is possible in the learning mechanism of brain but school system runs on the teaching theories of education based on the rational thoughts of cognitive science. Neuroscientists have described many branches of neuroscience, but most of them are related to clinical significance. But I have classified only the seven branches of neuroscience considering the importance of academic perspectives for the knowledge transfer of school system.

1. Neurophysiology

  • This is a branch of physiology and neuroscience that is concerned with the study of the functioning of nervous system.
  • In this field, scientists investigate the central and peripheral nervous systems at the level of whole organs, cellular networks, single cell or even sub-cellular compartments.

2. Neuroanatomy

  • This is the study of the structure and organization of nervous system.
  • It helps in observing how damage or lesion to specific brain areas affects behavior or other neural functions.
  • Delineation of distinct structures and regions of the nervous system provides knowledge in investigating how it works in functional studies.
  • Several sets of topographic terms are used to denote orientation and localization which are generally referred to the body or brain axis.

3. Developmental neuroscience

  • This branch aims to describe the cellular basis of brain development and to address the underlying mechanisms.
  • It draws on both neuroscience and developmental biology to provide insight into cellular and molecular mechanisms by which complex nervous systems develop.

4. Molecular neuroscience

  • This is a branch of neuroscience that observes concepts and studies in molecular biology applied to the nervous systems of human beings.
  • This branch examines the biology of the nervous system with molecular biology, molecular genetics, protein chemistry and related methodologies.
  • It covers topics such as molecular neuroanatomy, mechanisms of neurotransmitters or molecular signaling in the nervous system, the effects of genetics and epigenetics on neuronal development and molecular basis for neuroplasticity and neurodegenerative diseases.

5. Learnography

  • Learning dimensions of the brain provide biological basis for the understanding and physiology of perception input, learning pathways, memory consolidation, behavior and consciousness.
  • This is the brain science of learning mechanism that can be launched for the knowledge transfer of school system.
  • It deals with the neural projections of cognitive circuit, association circuit, limbic circuit, memory circuit, motor circuit and zeid circuit to make smart brainpage in learning process.

6. Neurotechnology

  • Design of advanced technology has a fundamental influence on how people understand the brain imaging and various aspects of consciousness, thought and higher order activities in brain circuits.
  • It also includes technologies that are designed to improve and repair brain function and allow researchers and clinicians to visualize the parts of brain for tumor, stroke and disorders.

7. Neuropharmacology

  • This is the study of how drugs affect cellular function in human nervous system and the neural mechanisms through which they influence human behavior.
  • Behavioral neuropharmacology focuses on the study of how drugs affect human behavior, including the study of how drug dependence and addiction affect human brain.
  • Molecular neuropharmacology involves the study of neurons and their neurochemical interactions, with the overall goal of developing drugs that have beneficial effects on neurological function.

Knowledge transfer refers to sharing or disseminating of knowledge and providing inputs to problem solving activities. In fact, knowledge transfer is the practical problem of transferring knowledge from one part of the brain to another to make modular brainpage in learning process. Knowledge management seeks to organize, create, capture or distribute knowledge and ensure its availability in the working mechanism of brain. From the source page of prior knowledge to learning, from learning to new knowledge and from active brainpage to application are the three major steps of knowledge transfer.

Students have to face and accept the transfer of knowledge which is very much related to the problem of knowledge integration, knowledge application and knowledge use in the real world of performance and production. Transfer is a process by which knowledge, ideas and experience move from the source page of knowledge to the recipient brain of that knowledge. Knowledge transfer always refers to learning or making brainpage in one context and applying it to another such as the capacity to apply acquired knowledge and skills to new situations.

We can write artificial intelligence to make computers smart in operation, but our children cannot make the smart brainpage of knowledge transfer in school system. Artificial intelligence is the ability of computer program or a machine to think, learn and act like human beings. Advancement of artificial intelligence evolves from the algorithms of modular brainpage. This is the brainpage theory of human learnography in which knowledge is transferred in machine learning. We know that object language is the language of machine technology.

Brainpage of school learnography makes students smart in the knowledge transfer of classroom.

Artificial intelligence is also known as machine intelligence and this is intelligence demonstrated by machines, in contrast to natural intelligence displayed by humans and other animals. In computer science, artificial intelligence helps machine to perceive its environment and take actions that maximize its chance of successfully achieving its goals. Artificial intelligence is applied when a machine mimics cognitive functions that humans associate with other human minds, such as learning and problem solving.

Learnology is the science of observation, learning and experience that is conducted to acquire knowledge and understanding from the facts, events and happenings of surroundings. It is also referred to the concept of analytical studies obtained from functional objects, book reading and lecture performance. But learnography is defined as the neuroscience of knowledge transfer that is processed in classroom for the learning, writing and understanding of our children.

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We know that school is the place of knowledge transfer while the modular brainpage of students is the outcome of knowledge transfer. That is why the brainpage theory of knowledge transfer is the future of school education. It is remarkable that the zeid factors of cingulate gyrus project learning drives in brain circuits for the modulation of knowledge transfer. It’s crucial to hard working students while making brainpage in the learning process of classroom.

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Pictures : Sagittal section of human brain showing cerebral cortex, diencephalon and brainstem, Featured image and child reading image from the Pexels

Resources :

  • Neuroscience and the study of brain circuits and learning mechanism
  • Definition of learnology
  • Learnography as the new frontier of neuroscience
  • Projection of zeid factors to produce learning drives

Shiva Narayan Jha
Golden Star Secondary School
Rajbiraj, Nepal