The Relationship Between Music and The Brain
[2023-06-05 04:31:48]
The relationship between music and the brain has always evoked my interest; the reason why listening to music helps to alleviate specific tasks such as driving, learning, relaxation, exercise every day. I will analyze the music and its impact on the brain from health to physical and psychological training. Music has always been the beginning of mankind, the evolution of culture and time. Today, we have various choices, people prefer different types of activities; for example, listen to inspired music with fast tempo, inspiring lyrics, catchy melodies, and the sense of brightness and ascension.
Many researches on music and brain relations have been conducted. As we all know, childhood training during childhood gives the brain a more complete and unique neural response to music and speech, bringing more intense information processing than those who do not. Some people think that gray matter in the brains of music players controls muscle control, sensory perception, memory, emotion, speech, decision-making and self-control. So, basically, while playing music or moving, the music involved stimulates the brain and brings benefits to the person who listened to it.
Gottfried Schlaug is a famous neuroscientist who is extensively studying music and brain relations. He showed that the brains of children 's musicians differ in structure and function from non - musicians. Specifically, children's musicians have a larger "body". It is the part of the brain that functions as a hemisphere. The call body conveys movement, sensation and cognitive information between the hemispheres of the brain. Mr. Schlaug also discovered that learning instruments may change brain plasticity over time. This is the ability of the brain to change with experience.
When playing the instrument, many areas of the brain become bright and the connection between the various parts of the brain, including the left hemisphere (logic, analysis, language etc.) and the right hemisphere (creativity, imagination, intuition, visualization) It becomes stronger. In order, etc., in order to effectively develop software, both must cooperate. Is the programmer's brain different? Evidence from related work supports the view that programmers may improve working memory, improve language processing skills, improve analytical skills, and improve hippocampus. In order to ensure that the results are applicable to a wider range of program activities, we need to conduct more specific research in this field.