To conduct the study, Sachs chose a total of 20 individuals, with an age range between 18 to 34, 8 males, 12 females, 18 right-handed persons, 1 left-handed person in each group, from a random group of 237 people who answered a survey that assesses individuals's background in and engagement with music. Sachs stated that the idea being that more fibers and increased efficiency between two regions mean that you have more efficient processing between them. Sachs also concluded in his study that those who get the chills have a higher tendency to experience more intense emotions than those people who do not feel anything while listening to music. The study suggests that the denser fiber in the brain means that the auditory and emotion-processing areas of the brain of those who get chills are better able to communicate with each other, thus the stronger reaction they have to what is called musical stimuli. What happens to your brain when you get chills It states that those who experience chills and goosebumps while listening to music have a denser volume of fibers that connect their auditory cortex to the areas of their brain that process emotion.
The study, entitled "Brain Connectivity Reflects Human Aesthetic Responses to Music" was published on Oxford Academic.
A study was conducted by a former Harvard undergraduate named Matthew Sachs and it has shown that those who get chills and goosebumps while listening to music may have a different brain structure than those who do not get any goosebumps while listening to music.
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