Imagine yourself standing still, facing a busy two-way street. Traffic lights flash around you, and buildings to the sides cast their shadows under a clear sky. >>>scroll to continue
Suddenly, a piece of classical symphony music, Mozart's Jupiter, begins to play. How much can music influence your balance? Would you maintain the same postural balance or swing by the rhyme? >>>scroll to continue
Postural stability is the crucial ability to maintain one’s balance while standing still or moving. It is controlled by the central nervous system, which interprets sensory information from visual, inner ear, and muscles. If the ability to maintain body balance and coordination is impaired, quality of life can be largely affected due to increased risk of falls and social isolation by reduced mobility. In a virtual environment, it is proven that visual motion alone can induce body sway, but what happens if we add some music?
Music, an important component of our lives and a symbol to many cultures, is widely acknowledged as an effective tool to reduce anxiety, but can it also influence balance? Over the years, human behaviorists, kinesiologists, biomechanists, cognitive scientists, and researchers across different fields have been interested in studying how music affects body sway while standing. Waer et al. discovered that listening to Mozart's Symphony No. 41 "Jupiter" improved postural performance for middle-aged women, , suggesting that a reduction in body sway. In contrast, another study conducted by Ross et al. found that increasing the groove provided by music would enhance body sway.
In the following slides, we will walk through different conditions that explore how music influences our postural sway:
Each slide includes a time slider, play/pause/rewind buttons, and bar charts showing metrics like Traveled Distance and Accumulated Torque to help quantify postural sway. We hope this gives you insight into how something as simple as music can influence your balance!
Youtube video: body swing research.
1. Generally, our visualization shows that music makes the body swing more than the silence condition, which might be due to the nature of music.
2. The change of frequency can result in signaling the vestibule to perform weird behaviors.
Also,
3. This might be due to the nature of cycles falling in a specific range, and