Redmi Note 6 Pro going on smart sale at 12pm IST via mi.com and Flipkart at a starting base model price of Rs. 13,999

Advanced Cameras ! Large Screen Size !! Long Battery Life !!!

Xiaomi has refined its Budget King with solid design, efficient cameras and high performance ! It is a great achievement that Xiaomi seems to have done it again. Redmi Note 6 Pro can be stated as yet another great offering for the budget price. Quad (4) Camera all-rounder starting at Rs 13,999, the Redmi Note 6 pro is one of the more reliable budget smartphones of this year. It performs well and delivers extremely good battery life that cannot be matched by any other budget device at the moment.

Highlights :

  • Redmi Note 6 Pro will be available for purchase at 12pm via Flipkart and Mi.com.
  • For selfies, the smartphone comes with a 20-megapixel primary sensor and a 2-megapixel secondary sensor.
  • Redmi Note 6 Pro runs Android 8.1 Oreo -based MIUI 10 with larger display.
  • The phone is backed by a 4,000mAh long battery life. Qualcomm Quick Charge 3.0 is supported for the fast charging.

Vice President Xiaomi Global and Managing Director Xiaomi India, Manu Kumar Jain expressed his concern on the Twitter, “Great pleasure hand delivering phones to our Mi Fans ! Met two amazing MiFans : Kratika: this is her 4th Xiaomi phone. Redmi Note 4G (she’s still using it), Mi 4i, Redmi Note 5 & now Redmi Note 6 Pro. Manickaraj uses a Redmi 4 and now Redmi Note 6 Pro !”

The Xiaomi Redmi Note 6 Pro price in India is set at Rs. 13,999 for the base 4GB RAM/ 64GB inbuilt storage variant, while the variant with 6GB RAM and 64GB storage goes up to Rs. 15,999. The phone will be available for purchase at 12pm via Flipkart and Mi.com. The new Xiaomi smartphone comes with Black, Blue, Red, and Rose Gold colour options.

Redmi Note 6 Pro Specifications:

Redmi Note 6 Pro is a dual-SIM (Nano) smartphone that runs Android 8.1 Oreo -based MIUI 10. The smartphone features a 6.26-inch full-HD+ (1080×2280 pixels) display with a 19:9 aspect ratio, 2.5D curved glass, Corning Gorilla Glass protection, and a maximum brightness of 500 nits. It is powered by a Qualcomm Snapdragon 636 processor, paired with 4GB or 6GB of RAM options.

Xiaomi’s new Redmi Note 6 Pro will be going up for grabs in its second sale today (November 28) via the company’s official website and Flipkart. Redmi Note 6 Pro was launched in the last week and went on sale for the first time in Black Friday sale. It is the successor to the popular Redmi Note 5 Pro which has been one of the most successful products from Xiaomi this year.

Redmi Note 6 Pro sports a 12-megapixel primary sensor coupled with a 5-megapixel depth sensor secondary camera. For selfies, the smartphone comes with a 20-megapixel primary sensor and a 2-megapixel secondary sensor. It is backed by 4000mAh battery and supports Qualcomm Quick Charge 3.0 for fast charging.

Artificial intelligence (AI) has emerged as the advancement of smartphone technology. The logic gates of SD636 Snapdragon processor are powerful and efficient in handling the multiple cameras with the smart algorithms of artificial intelligence (AI).

The dual-camera setup of Redmi Note 6 Pro at the rear comes with a primary 12-megapixel sensor with wider f/1.9 aperture and support for dual-pixel autofocus. It is aided by a 5-megapixel secondary sensor with f/2.2 for depth mapping and 3D effects. At the front, the dual-camera setup sports a 20-megapixel and 2-megapixel sensor combination. The picture quality of selfie cameras is high class combination in modern photography.

The latest smartphone from Xiaomi, the Redmi Note 6 Pro goes on sale today at 12 noon. The smartphone will be available to buy on Flipkart and Mi.com/in, the company’s e-store for sales in India. This is the second sale for the device, and the phone will be priced from Rs 13,999. The Xiaomi Redmi Note 6 Pro is the successor to the Xiaomi Redmi Note 5 Pro which was launched earlier this year.

The artificial intelligence of depth sensor allows for adjusting bokeh after the image is shot, and it can also add effects like studio lighting and other GIF-worth effects called light trails. The Redmi Note 6 Pro runs MIUI 10 based on Android Oreo, and is backed by a 4,000mAh battery. Qualcomm Quick Charge 3.0 is supported for fast charging as well. Flipkart is also selling a range of accessories for the Xiaomi Redmi Note 6 Pro, including covers and cases.

Home | Learnography
Pictures : Featured image from the Xiaomi showing Redmi Note 6 Pro, other images from the Twitter showing the facts about Redmi Note 6 Pro

Resources :

  • BGR News, NDTV News, The Hindustan Times, The Indian Express News, The Twitter Search, SmartPrice
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All types of learning are converted into limbic knowledge with zeid factor in the Papez Circuit of brain before memory processing

Cinema is defined as motion picture and it is a great source of entertainment. We watch movies in the theater and moving pictures are projected on the screen with sound like talking voice, dialogues, songs and music. The cinema is the art of simulating experiences to communicate ideas, stories, perceptions, feelings, beauty or atmosphere by the means of recorded or programmed moving images along with other sensory stimulations. This is a series of still images that create the illusion of moving images when shown on the screen.

Individual images that make up a film are called frames . In the projection of traditional celluloid films, a rotating shutter causes intervals of darkness as each frame is moved into position to be projected, but the viewer does not notice interruptions because of an effect known as persistence of vision. In this effect, the eye retains a visual image for a fraction of second after its source disappears. The perception of motion happens due to the psychological effect called the phi phenomenon.

Highlights :

  • Cingulate cortex is the main part of limbic system.
  • Zeid factors of learning mechanism are processed for knowledge transfer.
  • Papez Circuit is true circuit for emotional processing and knowledge transfer.
  • Cinema watching is processed in the Papez Circuit of brain.

Why are we so much connected to the characters, dialogues, behavioral acting, tragedy and places of the film?

Which parts of our brain become activated during film watching to experience the real perception of life and happenings?

We know that the film watching is not real and this is the projection of moving images integrated with sound system. Actors have played distinguished characters and highly emotional scenes are prepared with special graphic effects. It is fact that cinema watching runs on the brainpage theory of instance guided object learning (IGOL). It is powerful to produce zeid factors in the Papez Circuit of brain that can provide the strong connections of emotions and attachments to the segments and modules of particular film.

In the theater, we believe that the events of film projection are real happenings. Sometimes we laugh on comedy or weep during the watching of pathetic scenes. Where is reality and why do we attach much to film, music, songs or videos? It happens due to the strong connectivity of emotions that is produced by the limbic circuits of brain. It is also true that we can apply the mechanism of emotion connectivity in the knowledge transfer of school system.

Knowledge is transferred to brain through the different circuits of modulation. School system provides quality education and learning is consolidated in the memory circuit of brain. In fact, school is the place of knowledge transfer which runs in the learning mechanism of brain.

Declarative memory refers to knowledge memories that are consciously recalled as the episodes of life. It depends primarily on medial temporal lobe, amygdala and hippocampus. Procedural memory refers to the memories that are responsible for learning and remembering cognitive and motor skills. It depends primarily on the basal ganglia and cerebellum of brain.

Knowledge transfer is initialized in the primary cortex of brain but it is analyzed and rationalized in association cortex. Then cognitive knowledge is projected to the limbic circuit of cingulate gyrus, parahippocampal gyrus and diencephalon. This is the Papez Circuit of limbic system where cognitive knowledge is emotionalized to form limbic knowledge for the generation of zeid factors.

These zeid factors of limbic knowledge are projected to the memory circuit of amygdala to encode the learning of knowledge transfer for consolidation. Learnographic circuit runs in basal ganglia where limbic knowledge is processed into motor knowledge. Cerebellar learnography runs in the zeid circuit of cerebellum in which motor knowledge is modulated with space, object, time, instance and module to increase the efficiency of working mechanism.

Zeid factor is emotionally charged decision that is projected to amygdala for the learning and memory of knowledge transfer. The triangular neural circuit of parahippocampal gyrus, diencephalon and cingulate gyrus is known as the limbic circuit of knowledge transfer in which all types of learning inputs are converted into limbic knowledge for the amygdala processing of zeid factors. Cingulate cortex is responsible for the generation of zeid factor that is projected to amygdala for the emotional processing of learning and memory.

Amygdala is a brain structure lying underneath the uncus of temporal lobe. It is primarily involved in the learning factors of life and regulates various stages of memory formation in other brain regions, such as hippocampus and prefrontal cortex. It is also associated with the consolidation and retrieval of emotional memories.

The structures of medial temporal lobe including hippocampus, entorhinal cortex and perirhinal cortex in conjunction with amygdala play a pivotal role in declarative memory formation, memory consolidation and contextual fear memory formation. In addition, the amygdala influences the hypothalamic-pituitary-adrenal axis to release stress hormones that subsequently regulate memory consolidation as well as storage in cerebellum, sensory neocortex, and medial temporal lobe.

Besides memory consolidation, retrieval of contextual memory is also regulated by the interplay between amygdala, hippocampus and prefrontal cortex. Posterior hippocampus encodes the memories of specific objects and their location in a particular context. Anterior hippocampus participates in memory formation that strongly differentiates between contexts. Such contextual memories from the anterior hippocampus are passed on to the prefrontal cortex, which subsequently facilitates the retrieval of specific object-related memories through perirhinal and lateral entorhinal cortex.

The limbic circuit of cingulate gyrus, parahippocampal gyrus and diencephalon describes the pathways of instance guided object learning (IGOL) that needs the projection of zeid factors. It is similar to Papez Circuit that conducts the functions of zeid factor for aversion or appreciation. Papez Circuit is also true to generate the zeid factors of knowledge transfer dealing with aversion or approval for the projections of amygdala.

Teaching system gives only conventional learning that isn’t efficient for book to brain fast transfer. Cyclozeid of knowledge transfer is launched in the amygdala system of brain and learnograph is generated in hippocampal formation. Make brainpage school for knowledge transfer using the dimensions of learnography and change the world with high academic performance.

Home : Learnography

Picture : Sagittal section of brain showing the limbic circuit of cingulate gyrus, parahippocampal gyrus and diencephalon

Resources :

  • Limbic processing of working and learning
  • Knowledge transfer and zeid circuit
  • Zeid factors of working and learning
  • Papez Circuit and emotional processing
  • McLean circuit for learning and memory

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

Learning initiative of kids develops in classroom from the architecture of miniature school

System of direct school is observed in school learnography in which knowledge is transferred directly from source book to learning students and subject teacher acts as a subject moderator. This is the theory of book to brain transfer and teaching isn’t necessary in classroom. The learning mechanism of brain is mainly based on the neuroscience of amygdala system but it is not followed in school system.

We know that father teacher is the creator of knowledge chapters and students learn chapters from father teachers in direct school. Students also show learning initiatives in the classroom of miniature school. They make smart brainpage using the learning process of amygdala system to know and understand the chapters of science and mathematics.

Everything is finished in school hours through brainpage modulation and the learning mechanism of brain is vital to the brainpage theory of school learnography. That is why teaching is not necessary in classroom and homework is not required to kids. Miniature school arranges the learning initiatives of students in classroom as brainpage making process runs to achieve high academic performance in skill, knowledge and merit. Role of phase modulator is very big to introduce the brainpage theory of learning mechanism.

Knowledge transfer is the main aspect of school education. It is done through teaching process and the teacher shows learning initiatives for students’ achievement. Obviously, knowledge is transferred from teachers to students in education system and this is the conventional learning of pedagogy. In classroom performance, the teacher becomes very active and students goes in passive learning. The amygdala system of brain is not working properly for the memory consolidation of long term potentiation.

This is the system of indirect school in which knowledge is transferred first from source book to subject teacher and then from teacher to students. So learning initiation is observed in the performance and hands of teachers. This is the main drawback of universal education in which the teacher makes brainpage before performance and students don’t get time in classroom to modulate the brainpage of subject matter.

The head of miniature school in a structured classroom is phase superior that is a student qualified and skilled in leadership, teamwork and brainpage modulation. He manages the system integration of learnography and looks out the administration of classroom performance. All the phase superiors are reported to the superior general of school learnography. The selection of superior general is decided by the principal on the basis of high academic performance from the topmost class of institution. He acts as coordinator for phase superiors and reported to the principal.

Class operator (M20) assists the subject moderator to create the environment of learning development (ELD) in classroom and phase modulator (M30) scrutinizes the quality control of brainpage learning. In fact, class operator is assistant to subject moderator and phase modulator is qualified in the implementation of brainpage theory.

Subject head becomes active in specific period to launch the modulation of chapter in classroom learnography, but the other three subject heads perform the work of opposition for updates and improvements. If a miniature is absent in classroom, class operator will launch the brainpage modulation of concerned chapter.

The operational exercise of miniature school provides the skills and knowledge of leadership. Students will know the language of communication, control, command, analysis and intelligence. The knowledge of these facts related to their application will render the ability of making right decision. Blackboard work generates the communication with father teachers. So a learner may be talent and collaborative to create projects and finish the work responsibilities with team spirit. It is amazing that the students of miniature school will gain specific capacity to open and run new institutions successfully.

Brain learnography is the neuroscience of skill and knowledge learning. It is acquired from the brainpage modulation of amygdala mechanism. The experience of miniature school can explain the system integration of learning science and it may help them to become leading persons in the learnography of mathematics, science, research, technology, business or politics.

Finally, the system administration of miniature school explains that students are the small operators of learning system. We should support and encourage them so they will take active part in the learning process. Subject moderator must help them in the processing of intelligence and capabilities. The miniature desk shouldn’t be overpowered by either moderator or classmate. It seeks good direction and productive control from subject moderator. The failure of classroom moderation jeopardizes the modulation of chapter learning and turns the earnestness of scholars into the real mode of playground effects.

Resources :

  • Learning Mechanism of Amygdala Potentiation
  • Brainpage Theory
  • Wikipedia
  • School Learnography
  • Miniature School

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

A great contribution in brain learnography from Henry Molaison

Driving force of life comes from the fear and reward systems of amygdala. But hippocampus acts as a search engine for the working mechanism of brain. Zeid markers are produced by the amygdala system of brain to identify the pattern of informative objects for long term potentiation.

This is the part of limbic system, an evolutionarily highly conserved area that was well developed in animals before man, and is part of an active vigilance for survival mechanism. There are three phases of brain learnography – working, learning and building. So school learnography has also three phases like working phase, learning phase and building phase to make complete brainpage of knowledge chapter.

Working is the practice of chapter tasks and learning is the brainpage making process of knowledge chapter. While building is the formation of design and objects to describe the structure and function of subject matter.

Sensory input system of cerebral cortex is the processor of stimulus and information. Prefrontal cortex is the moderator of facts, ideas and thoughts. But amygdala system of brain is the modulator of working, learning and building. It is connected with prefrontal cortex, an area involved with our highest intellectual properties, receives sensory inputs from it all the time.

Deep learning is acquired from the hippocampal phase of brain. It extracts knowledge from the temporal region of brain and amygdala takes part in the processing of modular learning.

Henry Gustav Molaison (February 26, 1926 – December 2, 2008) was widely known as HM in the study of behavioral neuroscience. He was an American memory disorder patient who had a bilateral medial temporal lobectomy. The anterior two thirds of his hippocampus, parahippocampal cortices, entorhinal cortices, piriform cortices and amygdalae were surgically resected in an attempt to cure the seizures of his epilepsy. He was widely studied from late 1957 until his death in 2008.

Henry Molaison (HM) was famous in neuroscience for the study of knowledge he provided about memory impairment and amnesia. He was not a neuroscientist but a patient who contributed in the study of learning mechanism and memory formation.

It was thought that his exact brain surgery allowed a good understanding of how particular areas of brain may be linked to learning process and memory formation. The process of managing memory in brain mechanism was hypothesized previously but it was not verified by the findings of Molaison’s memory loss and learning disabilities. In this way, his case was taken to provide information about brain pathology and helped to form the theories of normal memory function.

His case played an important role in the development of theories that explain the link between brain function and memory. Cognitive neuropsychology is a branch of psychology that aims to understand how the structure and function of human brain relate to specific psychological processes. He resided in a care institute in Windsor Locks, Connecticut, where he was the subject of ongoing investigation to develop the modern theories of cognitive science.

His apparent ability was observed to complete tasks that require the recall of information from short-term memory and procedural memory. But long-term episodic memory was not found to mediate the recall from these memory systems, at least in part by the different areas of brain.

Similarly, his ability to recall long-term memories that existed well before his surgery was intact. But new long-term memory was not possible. Molaison’s inability suggests that encoding and retrieval of long-term memory information may also be mediated by the distinct systems of amygdala, entorhinal cortex and hippocampus.

The imaging of Molaison’s brain in the late 1990s revealed that the extent of damage was more widespread than previous theories had accounted for anterograde and retrograde amnesia. It was making very hard to identify any one particular region or even isolated set of regions that were responsible for his deficits and inability.

Study of Molaison’s living and working revolutionized understanding for the organization of human memory and working mechanism. It has provided broad evidence for the rejection of old theories and the formation of new theories on human memory and learning spectrum. The major insights of modern theory were outlined for learning mechanism and memory formation, in particular about its processes and underlying neural structures (Kolb & Whishaw 1996).

These findings suggest revisiting raw data from behavioral testing. A discrete lesion was discovered in the pre-frontal cortex that was never suspected. The 3D virtual model of the brain allowed the dynamics of the surgery to be reconstructed, and found that the brain damage above the left orbit could have been created by Dr. Scoville when he lifted the frontal lobe to reach into the medial temporal lobes.

We know that the hippocampus and amygdala of brain play a significant role in cognitive improvement. The researchers observed the living, thinking and learning of Molaison’s brain for behavioral neuroscience.

The study of brain parts described the general neuropathological state of brain via multiple imaging modalities. Molaison was living in the care center and he died when he was 82 years old. His brain had aged considerably and showed several pathological features which were severe to his cognitive decline.

After the death of Henry Molaison, his brain was fixed and preserved for further study. On December 4, 2009, Annese’s group acquired 2401 brain slices with only two damaged slices and 16 potentially problematic slices. The digital 3D reconstruction of his brain was finished at the beginning of 2014. It opened the new frontier of neuroscience which could help in finding the facts of learning mechanism and the memory formation of brain.

Results of the pathological study were published in Nature Communications for January 2014. It was a great surprise, the researchers found that the half of Molaison’s hippocampus had survived the 1953 brain surgery.

Remaining part of hippocampus had deep implications on past and future interpretations of Molaison’s neurobehavioral profile. The previous literature of findings was not true which described Henry Molaison as a pure hippocampus lesion patient.

Molaison’s brain was the subject of an unprecedented anatomical study funded by the Dana Foundation and the National Science Foundation. The project of Brain Observatory at UC San Diego headed by Jacopo Annese provided a complete microscopic survey of entire brain. It has revealed the neurological basis of Molaison’s historical memory impairment at cellular resolution.

School system is based on cognitive learning and its center is the prefrontal cortex of brain. After brain surgery, Molaison faced cognitive decline and memory impairment in his life. Some of the past events were lost and future was never experienced. He was showing permanent present tense in his regular life.

Learnography is the science of learning mechanism which deals with the modulation of knowledge chapters. So the contribution of Molaison’s living gave knowledge and evidence to show the significance of amygdala and hippocampus in learning activities, memory recall and brainpage making process.

Picture : Henry Molaison

Resources :

  • School Learnography
  • Wikipedia
  • Brainpage development in school system
  • Structure and function of brain mechanism

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

Students make smart brainpage in real learning

Amygdala system of brain is motivated in classroom to fix attention in listening process. Teaching proceeds and students goes in passive education. Amygdala is hijacked during instruction and brainpage is not made for academic performance. It is always suggested that students should be motivated for the effective learning of knowledge chapters. Motivation is stressed in classroom to focus attention but brain needs the modulation of knowledge chapters to consolidate mapping, learning and memory.

We must differentiate the functions of motivation and modulation in classroom situations. Teacher is considered as the moderator of subject matter to modulate learning process. So teaching is not necessary in learning process but moderation runs in school system to make smart classroom for children’s learnography.

Students learn their lessons in the institution and a classroom is the environment of learning development (ELD). Therefore, classroom always plays an important role in the learning process. The failure of classroom situations will invite a number of problems before institution and parents.

Moderators should think to provide the good environmental space of learning development for children in which the learning of subject matter can be secured and modulated for brainpage processing.

Students may face hardships in the learning process and moderators should be able to heal them. They know that students can finish nearly all the blackboard works in a classroom. These children need good directions, control, commands and helpful sympathy.

Miniature school describes the teamwork and leadership of classroom learning. To operate the classroom situations, miniature school should be made alive, powerful and efficient.

In fact, a moderator is classroom director and the specialist of subject matter. The creation of productive environment is essential to students’ achievement. If the proper environment of learning development is not observed in a classroom, it will indicate the failure of a moderator’s position in the institution.

An author makes the objectgraphs on paper, but the moderator of school learnography writes the learnographs in the children’s brain.

Role of classroom moderators :

The job of a moderator is authorized to create the set of learnographs in classroom. Building a good sequence of objects is a key to human development. Students can make good, bad or null sequences in their lessons for the verification of acquired brainpage.

Subject moderator monitors children’s brain to build the learnographs of good and functional sequences from the chapter and lessons of prescribed course. It is obvious that students correct their mistakes from blackboard operation, so moderator must observe their desks whether they are busy in updating the mistakes of practice books during the operation of learnographic phases.

Classroom moderator presents the sample blackboard operation only for few minutes. If he keeps himself away from the moderation of blackboard work, he may be considered as the weak subject expert in the eyes of students. He will have to show specific qualification in his subject matter for confidence building. He must be regarded as the best operator of classroom moderation.

Classroom seeks the dynamic working behavior from the moderators. They finish the call of attendance during the first period of school hours. The record of the moderator’s work should be maintained in subject ledger.

Moderators are suggested to observe the marks of subject ledger and improve the brainpage standard of students. The institution evaluates the failure of moderator in classroom if a student remains below the formatting standard (80%) of system outcomes.

Learnography is the improvement of learning experiences in skill, knowledge and innovation. There are many types of learning science such as school learnography, rational learnography, intuitive learnography, creative learnography and innovative learnography.

What is the class effect of school learning?

Class effect creates environment of learning development in school system for brainpage processing. One student imitates other students’ learning activities using the mirror neurons of brain cortex. Amygdala theory of relativity describes the formatting process of differential learnography to learn the knowledge of structural and functional objects.

School system must observe relativity theory of differential learnography to produce smart brainpage. Learning from brainpage is remarkable to achieve high academic success. Students make brainpage in real learning. But in education system, learning is provided from teaching process. So teacher makes brainpage before performance.

Resources :

  • Brainpage Theory
  • School Learnography
  • Limbic System of Brain

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

Driving force of working mechanism comes from amygdala system of brain

School employees aspire for higher achievements and maintaining the learning standard of classroom designed by the phases of learnography. We believe in the satisfaction of parents and children that can make the institution great in the eyes of community.

The academy needs the teamwork of subject moderators. They should act in coordination to develop cultural as well as academic qualities in children. Classroom moderators perform classwork, exams and other activities related to the learning and development of students. Their productive work enhances the structural and formatting life of children and consequently the service of institution.

The driving force of life comes from the fear and reward mechanisms of amygdala system. Amygdala is connected with prefrontal cortex of brain, an area involved with highest intellectual properties. It receives sensory input from prefrontal cortex all the time.

Amygdala, a part of limbic system, isn’t part of conscious brain. It doesn’t think through images, instances or situations, evolutionarily highly conserved area that was well developed in animals before man. This is active vigilance for learning and survival mechanism.

Amygdala system of brain is configured to outcomes of academic performance like certificates, qualification, problem solving capacities and experience. I saw a person in the morning who was observing his certificates and bio-data to apply for job.

A clock watching employee always creates an empty set of the work. Mathematically, the set of work has been defined as the set “(work)”. The opening and closing braces of this work set are like 8 am and 3 pm of school hours. These time braces encompass productive work to be finished in scheduled hours. If the work is not complete and perfect, it will create empty or null set and bad work will create unproductive and harmful sets of performance.

Working mechanism of amygdala system is important for progress and happiness in life. Knowledge learnography and work learnography both are modulated by the amygdala system of brain to enforce achievement and success in life.

Spectrum of learning objects is found poor in many students. So amygdala system of brain is not working properly in learning process and students do not understand knowledge chapters in classroom.

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

Knowledge chapter is expressed in human language but it should be learnt in object language

Book to brain learning is the direct learning of knowledge chapters. Students learn prescribed chapter using the method of indirect learning in classroom. But direct learning is exercised at home to study the subject matter of tasks.

Learning mystery has not been resolved yet and many theories have been put forward to explain the learning process of human brain. Nowadays personalized learning is focused in school system.

The science of learning mechanism deals with the declarative and procedural learning of knowledge chapters. The brainpage theory of applied neuroscience is suitable to the learning mechanism of knowledge chapters in classroom.

Conventional learning has been provided in school system and students learn the subject matter of knowledge chapters from the teaching performance of classroom system.

Teacher is everything in classroom performance and teaching manifests conventional learning which is comfortable and effortless procedures for listening, watching and note-writing.

Learnography is the science of learning brain which deals with modulation and efficiency of brainpage development for academic performance.

We know that knowledge is learnt in object language and skill is rehearsed to map the functions of procedural objects.

The holder of subject matter is structural object and knowledge is encapsulated in the definition of object to develop spectrum in learning process.

Book is the storehouse of subject matter and page is written to explain the contents of prescribed course. This is the sourcepage of knowledge learnography and its study makes smart brain in problem solving activities.

Obviously, the source of learning is the sourcepage of course book. Students can learn subject matter from the source page of knowledge chapter. This is the direct learning of brain mechanism and it is done in object language using the seven dimensions of brain learnography.

Matrix query, definition spectrum, task formator, segment solver, learning compass, brainpage module and dark knowledge are the dimensions of school learnography. But school system provides the method of indirect learning like teaching, listening, watching and note-taking.

In school system, the teacher studies the subject matter of course book in object language and performs the chapter of classroom in human language for comfortable understanding.

Learning from source book is direct learning but learning from teaching is indirect learning.

Students learn knowledge chapter using the method of indirect learning in classroom teaching. But direct learning is exercised at home to study the subject matter of chapter. Self-learning is also direct learning known as home learning.

Brainpage is the software of learning mechanism and brain learnography. It is restructured to develop smart brainpage for academic studies and performance.

The learning of skill and knowledge is difficult to get success in specific course for working and living. Practice makes it easy in rehearsing procedure to achieve high quality capacity for hard working graduates.

We know that machine learning has been designed in high level object language. The artificial intelligence of machine technology can be compared to the smart brainpage of learning mechanism.

Smart brainpage generates smart processing, deep thinking, new creativity and big innovation in the race of advanced technology.

Knowledge learning becomes convenient and very simple in task processing. The teacher is the task moderator of brainpage school.

In learnography, teachers don’t plan teaching techniques or prepare the brainpage of subject matter for classroom performance but help students in the moderation of task learning.

The teacher listens and students speak in the classroom of brainpage school. Students also share the good brainpage of knowledge and experience to be the helping hands of classroom.

Brainpage is the software of knowledge processing in learning science. The modulation of brain mechanism generates the threshold of synaptic potential for fast learning.

We should run Brainpage School for the direct learning of our children in which knowledge could be expressed in the form of task processing and brainpage making.

Task formator is the third dimension of learnography that consists of questions and corresponding answers for better understanding.

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

Students learn knowledge chapter using the method of indirect learning in classroom. But direct learning is exercised at home to study the subject matter of chapter. We know that home is not school and parents are not teachers.

Home : Learnography

Resources :

  • Evolution of human language
  • Indirect learning from teaching performance
  • Knowledge in object language
  • Direct school and brainpage theory

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

Students need skills of learning mechanism while training is not essential for teachers in learnography

The true picture of a teacher is the task moderator of classroom. They must be qualified in subject matter and will be able to moderate the learning segments of knowledge chapter.

The teacher knows how to develop smart brainpage and other materials for the learning activities of classroom performance.

Teaching is not necessary in learnography, so teacher training is not required. Much time is spent on motivation but learning potential doesn’t improve to work out the solution of tasks.

Skill development is necessary for students how to launch the brain modulation of knowledge chapters for learning, writing and understanding.

Advanced training is given to teachers for classroom performance but they are found weak in task moderation to help students in the modular learning of prescribed courses.

Educational degree and high class training of teachers are useless to develop smart brainpage for academic studies and performance.

In fact, we are spending huge amount of money on teachers’ training. We have to focus on brain learnography for the proper learning of subject matter and students will be able to bring positive changes in thought, behavior and working.

The learning process requires concentration and repetition in imaging, thinking and mapping. While functional brainpage is once acquired, solver skill runs smoothly, efficiently and almost thoughtlessly.

Learning skill is the acquisition of formatting motor patterns for autonomous studies and confidence building. In this way, learning brain will be motivated automatically to solve the problem of mathematics, science and literature.

The training of school learnography must be provided for students to be the active small teachers of classroom. They will be skilled how to learn chapter from source book as teachers do before classroom presentation.

We must differentiate that school learnography is the theory of big teacher and small teachers. This is very old system of human civilization to transfer skill and knowledge from one generation to another known as Taxshila Design School System.

In the beginning of learning process, brainpage making activities are found slow to acquire skill, knowledge and understanding. Students should not be pressurized to learn fast and make no mistakes.

Intense concentration is required in brainpage making process and fear system may harm learning success. The fear of classroom learning creates distraction in the amygdala system of brain and students will go on truancy to escape from painful classroom control.

After three weeks, the amygdala system of subcortical brain will be ready for brainpage making process.

Knowledge is written in the modules of object language, so brainpage modulation will be initialized to launch the spectrum and formator of knowledge chapter for working, learning and understanding.

School of learnography takes at least three years to modulate brain mechanism for the advancement of smart brainpage by bringing positive changes in attitude, attention and achievement.

The learning mechanism of students becomes very fast for the transfer of subject matter using book to brain theory.

How does number learnography differ from object learnography?

Mathematics is the science of number learnography which deals with the intuitive ideas of numerical patterns and the arithmetic operators of differential calculation.

It is easy to forget numbers but the memory of object definition and pattern like word and phrase can be remembered for long time. Priming effect of brain learnography is illustrated in the learning of numerical derivatives and the face factor of objective functions.

High class teaching is the first priority of school system, but high class chapter learning should be prioritized.

We do not care of learning skill needed to understand the subject matter of chapter. This is the skill of learnography to apply the dimensions of learning mechanism in thinking, processing and writing.

Training is not essential for teachers in learnography but students are trained in learning mechanism to apply the matrix, spectrum, formator, solver, compass and module of knowledge chapters.

After three months, brain modulation gradually becomes smooth and effortless. In the initial stage when matrix and spectrum are awkward, students have to focus on the uploading and downloading of knowledge chapters, especially on sourcepage, brainpage and zeidpage.

At the final stage, students can feel they don’t have to think at all for cognitive practices like implicit memory. Learning hardships will disappear from subject matter and mathematics will be an easy subject on the desks of classroom.

In this way, brain energy is properly utilized in the school of learnography and children can secure the operation of smart brainpage in learning process.

Spatial skill is crucial in using knowledge compass to locate specific definition and function for the application of object language.

We know that hippocampus is the search engine of brain and it also acts as a learning compass in brain learnography. It helps in exploring the subject matter of knowledge chapters for better understanding and learning.

We have to study the learning mechanisms of brain underlying motor skills. We can call it the finger mapping of knowledge chapters.

Finger learning is more important than the rational learning of cognitive science to make smart brainpage. That is why we have to study the motor organization of brain and spinal cord for the successful design of school system.

Brain science of learnography believes in the hard practice of predefined system rather than natural ability. Evolution is significant to acquisition of natural ability in which brain becomes capable of finishing difficult work on time.

The quality of education is still a matter of great concern when attendance rate, number of skilled moderators in the system, availability of equipment and development of brainpage modulation are evaluated. Problem of truancy may be resolved in learnography dealing with the amygdala system of brain.

Training of school learnography is given to students to be active small teachers of classroom system. Brain science is applied in school system to learn knowledge chapter instead of teaching performance.


Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

Learning mechanism of brain conducts phases of learning to make smart brainpage

Genetically human beings are capable of building the functional sequences from the behavior and structure of objects. Thus, children are talent enough in the learning of second or higher degree knowledge chapter.

The communicative energy of children could be used effectively for the learning process of skill and knowledge in the suitable modes of brain. Learnodynamics describes the learning mechanism of brain and it is found very active in young children.

Hence teaching is not essential in each of the knowledge modules performed in the learning process. Children should be given the opportunity of blackboard operation to utilize natural ability for the learning of modern science and technology.

Phase of Learning : There are scanning phase, outline phase, formatting phase, modular phase and update phase. Brain learnography runs under these five phases of task processing to write the smart page of school chapters.

What is the intelligence of human beings?

We often follow procedural knowledge but the formatting ability of brain is real intelligence. Formatting power develops from skill development and this is the natural ability of human brain developed by the DNA sequence of genetic design. It improves through the practice of spectrum, patterns, template and formula.

The format phase of learnography has been designed to improve the formatting ability of brain and it helps in the building of required solution. Therefore, it is prepared from the set of master objects, sequences and child objects respectively.

The brain mapping of this phase is opposite to scanning and outline phases. The scholars must be able to differentiate learning map (scanning, outline) from building map (formator and solver).

Children are given the learnographic lessons of subject matter to build up themselves as the big teachers of their standard make brainpage during classroom performance. They will be transformed into the hard and dedicated learnographers of their class.

The architecture of learnography consists of some highly effective components such as missing layers of intelligence, living and dynamic blackboard effect, phases of learning, structural behavior of functional objects and classroom of small teachers.

School teachers are modified into task moderators and they do not present teaching performance in classroom. Learnography describes the theory of father teacher, supreme teacher, big teacher and small teacher to constitute the learning force of school operation.

Task moderator supports the children to make brainpage in the learning process. Scholars are the small teachers (students) of classroom and they go through the phases of learning to finish their problem solving work themselves over 80%.

Children bear huge amount of communicative characters and this hidden ability is used in learnography to finish the learning of subject matter. Zeid factor is the hidden working potential of learning brain to challenge the hardships of knowledge chapters.

The definition address and naming address of objects are brought into the sequences of action. This action gives a result which is tested or analyzed by brain in the form of yes/no, true/false or useful/harmful. This is the rational capacity of learning mechanism to correct mistakes in learning process.

What is the driving force of learning process?

Interest to see the result of an event is observed very high in children. This is the learnodynamics of brain modulation. They produce enormous communicative energy to learn the functional sequences of action and result.

The primary learning of brain is the first degree of learnography and children possess this aptitude by birth. But the learning of higher degrees is achieved by the proficiency of knowledge and skill development.

The learning of knowledge chapters must be categorized into classified degrees. The schooling describes the second degree or higher degrees of learning and scholars need the studies or institution to obtain the proficiency of prescribed courses.

The chapter of knowledge and skill consists of definition, naming address and function of objects which are displayed on the proper form of sequence.

It has been observed that children are rich in communicative energy and they are ingenious to conduct the communication with objects and enquire into facts by taking help from friends, seniors or family members.

They have also the ability of making definition and name of objects. In education, understanding is followed by learning but brainpage learning is followed by understanding in learnography.

The hidden ability of human brain is unique in learning and it is defined by zeid factor to know difficult chapter and overcome hardships in learning process.

Primary learning of brain is first degree of learnography and children possess this aptitude by birth. Learning of higher degree is acquired by knowledge proficiency and skill development.

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal

School education was born from the evolution of human language

Algorithm is the backbone of object language that writes the subject matter of chapter in source book. This is also the language of nature and universe. Learning brain needs the skill to design smart algorithms to build the structure of knowledge processor.

The face of knowledge is based on the formator and template of object programming. Formatting patterns give the keynote to understand the difficult chapters of mathematics. Intuitive ideas are generated in the working mechanism of human brain to shape the functional modules of science and technology.

Brain imaging, rational thinking & finger mapping are three basic features of learnography to develop smart brainpage for academic studies and test preparation. School learning is conducted in classroom using the learning mechanism of brain science.

Classroom is the group learning of skill, knowledge and experience. But individual learning is done in home learning from the sourcepage of course book and notebook. It is simple to launch brainpage making work in school learnography and children is protected from the heavy loads of homework.

The discipline of brainpage making is needed in classroom learnography. Requirements are well-defined space, task, time, voice and moderation.

Working mechanism of human brain runs on differential learnography and this is the fundamental learning mechanism of brain systems. Exactness is found out using differential thoughts to support human learnography in school.

Three dimensional learning and memory management are maintained in brainpage making work: finger memory, visual memory and voice memory. We know that reading, writing and calculating are the important skills of brain learnography. Understanding and learning skill is acquired in the procedural modulation of brain to transfer learning focus in subcortical system.

Mental disorders may affect brainpage development in learning process. ADHD is related to rational brain and this is brainpage disorder affecting the control mechanism of neural stream. Brainpage making process can help in correcting attention deficit and hyperactivity to improve thinking and learning.

Behavioral change is seen in the practice of learnography. Education is failing in proper neuroplasticity to stop the infection of AIDS epidemic. Brainpage development is required to prevent teens from dirty habit and deadly virus.

Blackboard performance gives clue to the learning procedures of taxshila design. This is the classroom of small teachers in which brain learnography supports learning process and brainpage making with strong neural threshold and high synaptic potentials.

Blackboard effect accelerates the efficiency of learning mechanism to solve the difficult tasks of chapter. Blackboard performer utilizes three basic activities: speech articulation, boardpage writing and visual imaging. Performing concepts help in learning the design of knowledge module.

Education is expensive and teaching is the waste of space, object, time, instance and module. Students cannot start the implicit learning of course chapters which is essential for skill development, knowledge spectrum and useful experience.

Learnography may replace education in classroom to develop smart brainpage for facts, theories, postulates and excellence. Learnographic field is a classroom of small teachers where learning is acquired by doing procedural activity, not from listening to teaching.

What is the evolution of school education?

The material world of surroundings is expressed in the form of natural objects and universal phenomenon. Human brain communicates with other individuals and natural things using symbols, gesture and speech. This is the development of human language in which significant emotions are observed and rationality is decided.

The evolution of knowledge chapters comes from the object language of natural objects and energy transmission. Therefore, human language is evolved from object language and knowledge chapters are also expressed in object language.

As for example, a particular maths book may be written in English, Spanish or German and these are human languages. But subject matter is similar in all three books. The similarity in subject matter is defined by the object spectrum of similar maths chapters. Hence the knowledge of nature and universe is expressed in object language.

In fact, subject matter is developed in object language by restructuring the identity, definition and behavior of functional contents. So brain learning is finished in object language and important for school children and academic performance. In this way, learning brainpage is modulated to advocate the excellence of achievement in future life.

School system must be changed so that the modulation of brain learnography could take the place of school teaching.

Shiva Narayan Jha
Principal
Golden Star Secondary School
Rajbiraj, Nepal