Why should we expand our English vocabulary through brain activation? The answer lies in 'Surprising Hook English'

Why should we expand our English vocabulary through brain activation? The answer lies in 'Surprising Hook English.'

                         

We need to understand the concepts of brain activation and stem cells.

Stem cells in our bodies are activated when we exercise. If older individuals remain inactive, the muscle stem cells become accustomed to this inactivity, leading to their demise. This results in muscle hardening, a significant decrease in flexibility, and ultimately, muscle loss. This phenomenon occurs in all organs of our bodies. The same applies to those who lie down due to back or knee pain.

Similarly, brain cells follow the same principle. Unused brain muscles, blood vessels, and nerves also harden, increasing the risk of stroke-related diseases. Therefore, we must engage in activities that stimulate brain activity. Among our body parts, the face, especially the mouth area, and both hands are the most effective in activating the brain, as they are connected to nearly two-thirds of the brain's nerves.

We need to engage our mouths and hands in various activities. For example, when learning English, it is important to speak, write, and use gestures. This principle is similar to monks chanting Buddhist scriptures while tapping a wooden block, or priests reciting Bible verses while turning rosary beads.

The content we've shared provides valuable insights into our body and brain health. In particular, the emphasis on the connection between physical activity and brain activation is impressive. Let's summarize:

1. Physical Activity and Stem Cell Activation:

• Muscles:
  • As we age, reduced activity leads to the deactivation of muscle stem cells, resulting in muscle hardening and loss.
  • This phenomenon is exacerbated by immobility due to back or knee pain.
• Whole Body Organs:
  • This process occurs not only in muscles but also in all organs of our body.

2. Importance of Brain Activation:

• Brain Cells:
  • Unused brain cells can also harden, increasing the risk of stroke-related diseases.
• Brain Activation Exercise:
  • Consistent exercise is crucial for brain activation.
  • The face, especially the mouth area, and both hands are highly effective for brain activation due to their extensive neural connections.

3. Practical Methods for Brain Activation:

• Utilization of Mouth and Hands:
  • Actively using the mouth and hands for activities like speaking, writing, and gesturing is beneficial.
  • Incorporating speaking, writing, and gesturing is effective when learning a foreign language.
• Repetitive Activities:
  • Repetitive activities, such as monks chanting Buddhist scriptures or priests reciting Bible verses, aid in brain activation.

Additional Methods for Promoting Brain Activation:

• Regular Exercise:
  • Aerobic exercise improves brain function by ensuring a steady supply of oxygen.
• Balanced Diet:
  • Consuming sufficient nutrients essential for brain health is vital.
• Adequate Sleep:
  • Sleep is essential for brain recovery and memory consolidation.
• New Experiences:
  • Learning and experiencing new things stimulate the brain and promote activation.
• Positive Mindset:
  • Reducing stress and maintaining a positive outlook are beneficial for brain health.

As I mentioned, physical activity and brain activation are closely interconnected. Adopting habits that involve consistent physical movement and brain stimulation is essential for a healthy life as well as memorizing the vocabularies learning."

                              

          

The above drawing : Wilder Penfield's homunculus 

Wilder Penfield's homunculus drawing is a crucial tool in neurophysiology. This illustration visually represents the relationship between the sensorimotor areas of the cerebral cortex and various parts of the human body. It has the following characteristics:

1. Distorted body proportions: Areas such as the thumbs, tongue, and lips are depicted disproportionately large, while the head, torso, and legs are relatively small.

2. Reflection of cortical areas: These distorted proportions accurately reflect the amount of cerebral cortex dedicated to each body part.

3. Widespread use: Penfield's homunculus drawing has become an essential learning tool for those studying brain function and has been cited in numerous academic journals.

4. Modern significance: The drawing is still widely used today to explain the connection between various parts of the human body and the cerebral cortex.

Penfield's homunculus drawing was created based on data obtained through his innovative brain surgery techniques and extensive clinical research. This illustration has made a significant contribution to the field of neuroscience by effectively visualizing the complex functions of the brain in a simple yet impactful manner.    

                                                    

               

    What is the Curved Vector Visualizton (CVV] ?        

This method goes beyond traditional etymology studies to integrate the roots of all words. It encompasses both traditional and uncertain roots, interpreting them through the lens of Curved Vector Visualization (CVV).

Key features:

1. Expansion of roots: It enables a broader vocabulary learning by including not only the roots covered in traditional etymology studies but also uncertain or less-known roots.

2. Curved Vector Visualization (CVV): This unique visualization technique provides a new way of interpreting roots. CVV visually represents the meanings and associations of roots through curved vectors.

3. Enhancement of visual memory: This method aims to store roots in the learner's brain not just through mere memorization, but as visual representations combining characters and images.

4. Formation of long-term memory: The visual representation of roots allows for more effective storage in the learner's long-term memory.

As a result, all roots are stored in the learner's brain as long-term memories in the form of visual representations of root characters and their images. This innovative approach is effective for learners with various learning styles and will be particularly helpful for visual learners.

You can have a photographic memory as long as you keep staying with 'Surprising Hook English' because you'll get to know how to utilize all the root materials I've prepared and accumulated for more than 50 years.