Memory occurs through the formation of connections by neurons or nerve cells in the brain. Such connections are connected by points called synapses.
When we capture information through the visual organs, it is forwarded to different parts of the visual cortex. The frontal cortex receives short-term operational information as well as immediate use. Such information is forwarded to the hippocampus, which is responsible for long-term storage, which uses emotional factors linked to such information so that it can be reactivated when required.
The emotional factors that help in the memorization process are formed by neural connections located in the amygdala allowing quick action. In the cerebellum and in the basal ganglia, unconscious skills and habits such as cycling, driving and others are memorized.
When we capture information through the visual organs, it is forwarded to different parts of the visual cortex. The frontal cortex receives short-term operational information as well as immediate use. Such information is forwarded to the hippocampus, which is responsible for long-term storage, which uses emotional factors linked to such information so that it can be reactivated when required.
The emotional factors that help in the memorization process are formed by neural connections located in the amygdala allowing quick action. In the cerebellum and in the basal ganglia, unconscious skills and habits such as cycling, driving and others are memorized.
