However, merely listening to classical music is a passive activity, which is not as engaging as music lessons. Similarly, if a person played classical music for a child in preschool, would that child become more intelligent. This hypothesis questions whether a person who listens to the compositions of Mozart before a test will score higher on the test than a person who does not.
Many people have heard of the “Mozart Effect” or an idea similar to it. Keywords: neuroscience, electroencephalogram, music therapy, attention A mixture of music therapy and neurological treatment could be extraordinarily beneficial to the patient, especially if biofeedback and EEG technology are combined to allow the patient to monitor progress. The results of this study reveal possibilities for the future treatment of patients with attention deficit disorders or anxiety disorders. Another discovery was made through the examination of the alpha waves: the musicians had statistically significant higher maximum levels of meditation than the non-musicians while trying to relax, possibly because of the role alpha waves play in blocking out irrelevant stimuli.
However, while performing an engaging yet simple daily task such as reading, the brain wave pattern differences between the musicians and non-musicians were statistically insignificant. From the 9000 brain wave data points collected, it was discovered that the musicians had statistically significant higher maximum levels of attention than non-musicians while facing a mentally demanding activity. Each subject participated in three sections. The 30 participants made up two test groups: musicians and non-musicians. An electroencephalogram (EEG) was built specifically for this study in order to gain concrete, numerical values for the brain waves. This is because of the theory that a musician’s intelligence increases partly because of attention’s role as a mediating executive function. The beta wave data was most closely examined because of the correspondence with attention. The purpose of this research was to analyse the effects of studying music on brain waves.
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