Cyclozeid of Knowledge Transfer: Initiating Learnography in Basal Ganglia Circuitry
The cyclozeid of knowledge transfer is launched by thalamus in the basal ganglia circuitry of human brain.
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| Corona Section of Human Brain |
Knowledge transfer is vital in school system and parents send their children to school for learning, memory and behavioral changes. Knowledge is transferred from book to brain and it is accomplished by the learnography of brain regions. Deep learning is localized to the subcortical parts of brain in which basal ganglia are crucial to the processing of emotional knowledge, cognitive knowledge and motor knowledge.
Basal Ganglia Circuitry
The cyclozeid of knowledge transfer is an intricate process initiated by the thalamus within the basal ganglia circuitry of human brain. It serves as a dynamic learning machine, orchestrating the transfer of knowledge from external sources to internal brainpage modules.
As information is received, the thalamus plays a crucial role in filtering, refining and consolidating different types of knowledge, including emotional, cognitive and motor knowledge. This convergence of knowledge is then transformed into a composite zeidgraph of behavioral motor output, shaping how pre-training students understand and interact with the world around them.
The iterative nature of cyclozeid, driven by the interconnected networks of basal ganglia, enables pre-training students to actively engage with the information, fostering deep learning and memory retention.
Through the cyclozeid of knowledge transfer, human brain becomes a powerful learning machine, continually adapting and assimilating new information, and paving the way for meaningful and lifelong learning experiences.
Knowledge Transfer Machine
In school education, teaching performance is the dark aspect of learning system in which the working circuits of basal ganglia are never applied in classroom for book to brain knowledge transfer.
Cyclozeid is learning machine and it is launched by subthalamic nucleus and processed in basal ganglia. These three types of knowledge are converged, filtered and refined into the composite zeidgraph of behavioral motor output.
Deep in the forebrain is a group of nuclei that integrates all cortical activities into one behavioral output. These are the basal ganglia of subcortical brain. These deep nuclei are interconnected with each other and with all areas of central nervous system. A series of parallel circuits regulates the different aspects of learning, memory and behaviour.
Transfer Loops of Basal Ganglia
- Limbic loop (Emotional Knowledge)
- Cognitive loop (Rational Knowledge)
- Motor loop (Action Knowledge)
One circuit of basal ganglia primarily regulates the emotional aspect of knowledge transfer. Another circuit plays a major role in learning and cognition. Finally, a third circuit is involved in the integration of motor knowledge output.
Learnography of knowledge chapters always reflects the reactance of learning, understanding and memory by the expression of postures, body language and specific tone of voice. The sum of all experiences, hours of practice, memory, emotions, reward seeking and the plan for a particular knowledge transfer are integrated, resulting in motor finger mapping output due to coordinated activity within the basal ganglia of brain. These structures work together to influence the learning, writing and working aspects of human behavior.
Limbic Loop
In limbic circuit, hippocampus, amygdala and limbic lobe are linked to the caudate nucleus of basal ganglia. Then projection goes to nucleus accumbens and with dopaminergic connections reaches the thalamus of diencephalon through direct and indirect pathways.
Here, it is analyzed that which zeidstream of projections is facilitated or inhibited in limbic circuit. Thalamus again sends this projection back to the limbic areas of cortex. This circuit adds emotional component to the behavior and learnogram of cortical output from cognitive activities to motor performance.
Cognitive Loop
In cognitive circuit, the afferent nerves from various cortical areas reach the caudate nucleus of basal ganglia and in particular nucleus accumbens which contains reward affirming dopaminergic connections. These connections provide the reward feeling of knowledge transfer following the successful completion of task formatting.
From nucleus accumbens and caudate, zeid projections reach the thalamus of diencephalon through direct and indirect pathways. In turn, the thalamus projects zeidstream back to the cortical areas of brain.
This circuit of cognitive loop is considered as a consulting service that streamlines cognitive and associative processes by separating the solver of successful transfer from wrong solutions during brainpage making process. In fact, learning from mistakes is conducted in the cognitive loop of basal ganglia.
Examination is the evaluation of motor knowledge. Blackboard performance is the presentation of motor knowledge. In school learnography, the rehearsal of brainpage making process returns the development of motor knowledge.
Motor Loop
In motor circuit, afferent nerves from the motor and sensory areas of cerebral cortex reach the putamen of basal ganglia.
Here, the zeidstream of finger mapping information is processed for knowledge transfer. All movements that are part of the integrated plan are facilitated through direct pathway and all competing movements are inhibited through indirect pathway. The zeidstream of motor circuit that reaches thalamus is a balanced neural stream of these pathways.
Thalamus is the core part of diencephalon and it sends zeid projections back to motor cortex and prefrontal cortex resulting in measured and coordinated behavioral output. This is known as the motor loop of subcortical cyclozeid running in basal ganglia.
Learning Stream of Human Brain
Zeidstream is defined as the learning stream of brain. It regulates the neural stream of knowledge transfer running in the limbic, cognitive and motor circuits of basal ganglia.
Limbic circuit links basal ganglia to the subcortical areas of brain that process the emotional activities of brainpage module. Posture, gesture and expression related to different emotions are mediated by the zeidstream of limbic circuit to show the responses of understanding and feeling.
We can rationalize the amygdala system of of brain though the practice of brainpage theory. The motor expression of emotions is evident in knowledge transfer.
Training Loop of Basal Ganglia
Training circuit of basal ganglia is needed in the brainpage modulation of knowledge chapters. Cognitive or association loop is particularly important for higher cortical functions and motor learning.
There may be different possibilities to learn a chapter in classroom. Rehearsing is a good way to select proper methods for predefined target. So, we have to try out different strategies such as matrix, spectrum, task formator and learning compass for accomplishing the smart brainpage of knowledge transfer.
Once we refine learning by rehearsing our brainpage, the activities in cognitive loop will decrease and motor loop will take over to enhance the quality of knowledge transfer. We know that cognitive loop remains active in the hours of training and rehearsing.
Brainpage making process is the training of knowledge transfer to achieve high academic performance in school system. Therefore, the cognitive loop is the training or rehearsing loop of basal ganglia for the development of smart brainpage.
GOTO: Goal Oriented Task Operation
The goal of knowledge transfer is that it would be fluid, efficient and target query oriented while learning and writing solutions in classroom.
Motor association and sensory cortices project their input to basal ganglia, essentially asking them to make a decision of whether or not to execute this modulation. Then the plan of brainpage making process is streamlined for better performance.
One pathway of basal ganglia can facilitate goal oriented modulation, while another one will suppress all competing movements. This results in the motor output of knowledge transfer that is sleek and appears effortless in learning, understanding and working.
Motor Output of Knowledge Transfer
The high speed zeidstream of motor loop is active primarily when a task has been well learned together with the association areas of cortex. It helps to put together a routine of chapter learning for established motor output of knowledge transfer. This is the circuit that is active in the students of smart brainpage to perform a well rehearsed fluid chapter.
Putamen and globus pallidus are located underneath the insula of subcortical region. The putamen together with caudate nucleus is called striatum and this is the main input of basal ganglia.
Behind these nuclei, the fibers of corona radiata are converged to form internal capsule. There are two additional structures such as substantia nigra and subthalamic nucleus that play an important role in the circuitry of basal ganglia.
Finally, the zeidgraph of basal ganglia is projected to cerebellum to develop the learnographs of cerebellar knowledge transfer and improve the efficiency of learning mechanism.
Dopamine Release
Substantia nigra is located in the cerebral peduncles of mid-brain. It contains dopaminergic neurons which project to putamen and caudate nucleus to influence motor output.
Additionally, dopamine released from substantia nigra facilitates cortical output and feelings of reward. Subthalamic nucleus is located inferior to thalamus laterally. The output rhythm of basal ganglia circuitry is defined by the functions of subthalamic nucleus, related to the functions of cyclozeid.
Basal Ganglia Components
Basal ganglia collectively describe a group of nuclei in the subcortical region of brain that are located deep beneath the cerebral cortex.
The main functional components of basal ganglia are striatum, globus pallidus, ventral pallidum, substantia nigra and subthalamic nucleus. Dorsal striatum contains putamen and caudate nucleus while ventral striatum is formed by nucleus accumbens and olfactory tubercle.
Basal ganglia are specialized in processing information on brainpage modulation and in fine-tuning the activity of brain circuits that determine the best possible response to a given situation. Thus, they play an important role in planning actions that are required to achieve a particular goal, in executing well-practiced habitual actions, and in learning new knowledge in classroom situations.
Research Resources
- Brain's Learning Machine: Cyclozeid in Knowledge Transfer
- Core of Knowledge Transfer and Deep Learning Mechanism
- Subcortical Region of Brain, Learning Circuits and Cyclozeid Localization
- Study of basal ganglia – Wikipedia
- Dr Claudia Krebs : UBC Video, Three major circuits of basal ganglia
- Role of substantia nigra in learning mechanism
- Basal ganglia and school learnography
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