Why psychologists say you lower the music to park
Translated from Spanish, summarized and contextualized by DistantNews.
At a glance
- People often lower car music volume before parking due to an instinctive brain response to focus attention.
- Experts explain this behavior relates to how the brain allocates mental resources for tasks requiring concentration.
- Reducing auditory distractions helps the brain process complex maneuvers like parking more effectively, enhancing driving safety.
The common habit of lowering music volume before parking a car has a scientific explanation rooted in psychology and neuroscience, according to experts.
What we attend to voluntarily and what captures our attention automatically, like a dangerous or unexpected stimulus.
Neuroscientist Martรญn-Loeches explains that our attention operates on both voluntary and automatic levels. While we consciously focus on tasks, our brains also react to stimuli that automatically capture our interest. The brain's processing circuits for music often overlap with those for language, another fundamental human instinct. This means music continues to be processed even when we aren't consciously listening, potentially competing for mental resources needed for demanding activities.
Driving on familiar highways might feel like "autopilot," but parking requires more intense mental effort. This involves precise calculations of space, coordination of movements, and simultaneous attention to multiple elements. "We're not stupid, we do it instinctively," says Loeches, highlighting that reducing music volume is an intuitive response to conserve cognitive energy for the parking maneuver.
We're not stupid, we do it instinctively.
Psychologist Daniel Kahneman's theory of thinking systems further clarifies this. It distinguishes between a fast, intuitive system and a slower, analytical one. Parking engages the latter, which needs to process detailed information for successful completion. Psychologist Marรญa รlvarez adds that music activates multiple brain areas, including emotional, neurovegetative, and rational centers. The impact of sound varies with activity, and reducing it during complex tasks aids concentration.
It involves the emotional brain, the neurovegetative brain, and the rational brain, with hardly any part unaffected by music.
Ultimately, experts agree that the brain is highly adaptable, and practice can automate many tasks. However, consciously minimizing distractions during intricate maneuvers like parking remains a key strategy for maintaining focus and ensuring safer driving. This instinctive behavior demonstrates the brain's sophisticated resource management.
Practically all tasks, and especially manual ones, can be automated with practice.
Originally published by La Naciรณn in Spanish. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.