Where is the memory part in the brain?

Brainstem: It is the main part of the brain, located at the upper end of the spinal cord, responsible for basic life functions such as respiration and metabolism, and controls the movements and reactions necessary for survival. The thalamus, which is responsible for receiving messages from various sensory organs, is at the top of the brainstem.

Emotional center: The original part of the emotional center is the olfactory lobe, which is at the top of the brainstem and is responsible for receiving odors, discerning them, and directing the body to respond to different odors (such as vomiting or avoiding) through the nervous system; The part above the olfactory lobe that surrounds the entire brainstem is called the limbic system, which is the main body of the emotional center, which has learning and memory functions, and is responsible for emotions such as anger, love and hate, panic, and desire. The core part of the limbic system is called the olfactory brain, which is composed of two parts: the amygdala and the hippocampal gyrus. The amygdala is used for emotional memory (memories related to emotions and desires), and the hippocampal gyrus is used for episodic memory (memories related to facts and meanings). It can be seen that the amygdala is a key part of the limbic system and is the master of various human emotions.

Thinking center: The human brain first had an emotional center, and it took millions of years for the olfactory brain of the limbic system to slowly evolve cortex and neocortex [5]. The neocortex is a folded tissue above the cortex, in the outermost layer of the brain.

The neocortex is the center of primary thinking (the higher center), which is responsible for collecting, understanding, and analyzing the information received by various sensory organs.

The memory part of the brain is located in the sulcus, gyrus, etc. of the cerebral cortexMemory is actually related to the synthesis of neurotransmitters in the brain.

That's the memory effect of the brain protrusion.,Lose some memories when you knock it down.,It's so cute.。

Memories are stored in the inside of the temporal lobe of the brain, which is a very magical and intricate place, so all our memories are stored here.

Human memories are all within the memory cells of the brain! The human brain is like a super-sized trillion-digit smart memory card! Memories are also stored using micro-electrical signals!

The whole human body also needs electricity! It's just that the voltage is low! The human nervous system is transmitted using micro-electrical signals!

It is usually stored in the hippocampus, neocortex, and amygdala, and because of the presence of these areas, human memories will be stronger.

In the 50s of the last century, scientists discovered that the "hippocampus" in the brain plays a crucial role in storing information - if the hippocampus is removed, the previous memories will disappear along with it. I don't know exactly how. (But now the latest psychological research has found that memories are not stored in a specific area of the brain, i.e., memory storage is diffuse, that is, memories are distributed throughout the brain.)

There is no very precise answer.

Memories are encoded, stored, and retrieved, and the brain retains self-confidence for a period of time. This includes recognition, retention, recognition and recall (for example, when we are watching TV, that is, the use of both visual cells and auditory cells) in the processing of information, memory is the process of encoding, storing and extracting input information, from the perspective of information processing, the first learning and memorization of English is just a process of input coding. The ability of human memory is very amazing physiologically, it can store 1015 bits (bytes) of information, but only 10% of each person's memory treasure is mined, and there is still more room for memory to play.

The storage of memories involves three regions of the brain: the hippocampus, the neocortex, and the amygdala.

Seahorses: Seahorses hold our episodic memory. These are memories of specific events in our lives, such as the coffee we had with our friends last week.

How do we know about you? In the 1950s, a patient named Henry Molaison surgically removed his hippocampus and part of the medial temporal lobe to ** his epilepsy. Unfortunately, after the operation, he could only remember recent events (brief memories) for a few minutes and could not permanently remember new information.

Henry's memories are almost confined to the events that took place in the years leading up to his surgery. Interestingly, he can still improve his performance on athletic tasks in a few days or weeks, but he has no memory of having ever encountered or practiced these tasks. This suggests that the hippocampus and temporal medial region are not permanent memory storage locations.

Subsequent studies of the neocortex have shown that over time, information from multiple specific memories of the hippocampus can be transferred to the neocortex covering the hippocampus in the form of common sense. Certain areas of the neocortex are important for storing semantic memory – factual knowledge – and knowledge of how to use it on a daily basis. Researchers believe that a shift from the hippocampus to the neocortex occurs when two structures communicate while sleeping.

Another important memory structure of the amygdala is the amygdala. The amygdala is important for giving emotional meaning to memory. Strong emotional memories are hard to forget – the persistence of these memories suggests that the interaction between the amygdala, hippocampus, and neocortex is crucial in determining the "stability" of memories.

That is, how likely it is to retain it over time.

In addition to regulating memory, the amygdala also appears to be a brain region that stores fearful memories. As a result, researchers, including Professor Pankaj Sah, and Dr. Timothy Brady believe that understanding how fearful memories are formed in the amygdala may help with conditions such as post-traumatic stress disorder.