It is shown that the hippocampus is involved with specific types of memory, mainly normal recognition memory and spatial memory. The HippocampusДЄnother part of the brain which has to do with controlling memory is the hippocampus. Another way to put this is that the amygdala plays a role in encoding memories in the brain in a deeper level when they are linked to a specific emotion. The amygdala plays a role in transferring new memories into long term memories, specifically in relation to emotions. The reverse is also possible, or in other words, every time that event takes place, you will automatically be fearful. However, the fact of the matter is that the amygdala also plays a role in the way in which memories are stored, which is because emotions and stress hormones directly affect the way in which memories are stored.ДЄs an example, if something happens to you which causes fear, chances are than when you experience fear the next time, you may remember that specific event. Now, the main function of the amygdala is to control emotions, one such as fear, joy, sadness, and whatever else have you. One of the areas of the brain which has a function in controlling the brain is known as the amygdala. LetвЂ™s take a closer look at each one right now. Now, what can be said here is that there are actually multiple parts of the human brain which control memory, and these include the amygdala, the cerebellum, the hippocampus, and the prefrontal cortex, as well as neurotransmitters too. Today, we are here to talk about what part of the brain controls memory. There are many aspects which go into how the brain works in relation to memories, forming new ones, remembering old ones, and so on and so forth. While the brain's left hemisphere is better suited for fast processes, its right hemisphere is better for slower processes.Memory, in relation to the human brain, is a super complex subject to tackle and it is not easy to understand, not in the least. Together, both studies demonstrate that hand motor function and speech are controlled by both sides of the brain, as opposed to just one. Meanwhile, the left hand tended to be better at tapping to the slower rhythm and corresponded to more activity in the right side of the brain. This corresponded with the brain's left hemisphere (which controls the right side of the body) having more activity too. In the end, the researchers found that the participant's right hand was better at the quick tapping. In one test, they were asked to tap to each beat, and on another test, they were asked to tap once every four beats. To test this theory out, Kell and his team set up an experiment in which they asked participants to tap with both hands to the rhythm of a metronome while recording their brain activity.

One theory for this is that the left side of the brain is better at analyzing fast processes like the transition between sounds than the right side of the brain, which may be better at slower processes like analyzing a sound spectrum. Chirtian Kell, one of the authors of the research. When you say 'mother,' for example, the left hemisphere primarily controls the dynamic transitions between 'th' and the vowels, while the right hemisphere primarily controls the sounds themselves.' says Dr. 'While the left side of the brain controls temporal aspects such as the transition between speech sounds, the right hemisphere is responsible for the control of the sound spectrum. In doing so, they found that both sides work together more than previously thought.

In this new research however, scientists measured the brain activity of speakers while talking with fMRI (functional magnetic resonance imaging) techniques to see which parts of the brain receive the most blood flow when speaking. While the left side of the brain was believed to control motor functions, like making certain linguistic sounds, the right side was thought to decipher whether the sound was correct. Scientists previously assumed that while spoken words are picked up by the left side of the brain, they are analyzed on the right side. Researchers from Germany have found that, contrary to popular belief, it's not just the right hemisphere of the brain that analyzes speech.

What part of the brain controls speech