Are the strongest brains, spatial imagination innate?

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Spatial imagination is the ability of the brain to think about the shape and position of objects through observation, touch, and practical experience, so spatial imagination ability is innate and cannot be formed through acquired training.

In the case of reading books and other flat images, because these flat display platforms can only show two-dimensional pictures to describe three-dimensional objects, in real life, the binocular effect can produce a three-dimensional sense of seeing objects from two angles, while two-dimensional flat images such as books cannot use the binocular effect. Therefore, it is necessary to think about the specific shape and position of things. This kind of imagination is spatial imagination, and whether the thinking is consistent with the facts is the embodiment of spatial imagination ability.

Draw a three-dimensional diagram on a flat piece of paper, and people with strong spatial imagination will immediately know the specific shape of the object. In particular, the graphs with complex graphics have many objects and different shapes. Looking at this kind of graphics requires a strong spatial imagination.

The left hemisphere is the center for processing speech, abstract logical thinking, concentrated thinking, and analytical thinking; It is responsible for people's speech, reading, writing, calculation, arrangement, classification, verbal recall, and sense of time, and has the functions of continuity, order, and analysis.

The right hemisphere is the center for processing appearances, concrete image thinking, divergent thinking, and intuitive thinking; It is in charge of people's visual perception, complex perceptual model recognition, image memory, recognition of spatial relationships, recognition of geometric figures, imagination, dreaming, understanding metaphors, discovering hidden relationships, imitation, rhythm, dance, attitude, emotion, etc., with the functions of discontinuity, diffuseness, and integrity.

So it should be the right brain.

Area A - Memory: Wheel.

We dream at night, and the dreams are often the things we know, the knowledge we have accumulated, the events we remember, are the basis of the brain's imagination, with these fragments of memory, the brain can freely stitch together these fragments, forming a unique imagination.

The hippocampus in the brain will replay memories at night to help us remember some of the more profound events, but in sleep, we can't control these memories, and when the brain replays memories, it activates other areas, and dreams begin to appear.

Area B – Vision: Our dreams are often very real, in which we can see, hear, and feel all kinds of emotions, and all of these are imaginary images generated by the brain.

When we enter deep sleep, the replay of memories in the hippocampus will increase the active area of the brain, and the visual input area will also enter the active state, and the brain will use the memories to input to the scenes in our imagination, so that we can "see" in the dream.

There is no visual input area with the participation of the eyes, and all the scenes in the memory can be freely entered, and we may be able to see aliens, UFOs in dreams, as long as the brain wants you to see, you can see it!

Area C – Emotion: When we wake up from sleep, our first reaction to a dream is emotion, whether it is a happy dream or a nightmare.

In deep sleep, the areas of the brain that produce emotions also become active, which is why we can feel happy, angry, and fearful in our dreams.

When we wake up from sleep, we may not remember the events in the dream, but we can often remember emotions, and this feeling can help us recall what happened in the dream.

D-area – decision-making: The brain needs to pick memories from the memory bank and then compose various "imaginary events" that contain emotions, all of which need to work in the decision-making area of the brain.

The area of the brain used to make decisions continues to be active during sleep, helping the brain decide what to do with dreams. This kind of decision-making is theoretically controllable, for example, if we want to have a sweet dream, we can properly imagine it before going to bed, which can play a guiding role, but the final result still depends on the judgment of the brain.

Area E – Limitations: We've probably all dreamed of the impossible, such as flying through the sky, becoming the size of an ant, or something like that.

If we are awake, we can immediately tell that it is a dream, but in sleep, we tend to think that everything in the dream is real. This is due to the fact that in a state of deep sleep, the reasoning area of the brain is restricted.

When we enter a dream, we lose our basic reasoning ability, and even if something beyond common sense happens, we will not deduce that this is a dream, and we will really integrate into the dream.

Every imagination generated by our brain is the joint efforts of various regions, cherish the imagination and creativity given to us by the brain, maybe one day, our brain can change the whole world!