Music Neuroscience: Reggaeton Activates More Brain Areas Than Bach

The music you dismiss might be optimizing your brain. Neuroscience reveals rhythmic genres like reggaeton activate more brain areas than complex classical compositions. This finding revolutionizes our understanding of how different auditory stimuli affect brain function and challenges decades of cultural assumptions about the cognitive superiority of certain musical genres.

The Science

Music doesn't exist as an external entity but as a brain construction. When air vibrations reach our ears, the brain translates them into meaningful sounds. This process involves multiple neural systems working in parallel, from basic auditory processing to emotional memory and predictive anticipation. The primary auditory cortex processes frequencies and tones, while regions like the prefrontal cortex, hippocampus, and amygdala activate to interpret meaning, evoke memories, and generate emotional responses.

Dr. Manuela del Caño, neuroscientist at the University of Burgos, explains that "the activity that puts the most parts of the brain to work functionally at once is making music." This simultaneous activation creates connections between brain regions that don't normally communicate directly. When we sing or play instruments, we integrate cognitive functions like reading, language, and motor coordination into a single act. But even passive listening generates significant brain activation, especially when music presents predictable rhythmic patterns that the brain can anticipate.