The human brain visualizes music physically

According to RCO News AgencyMusic makes us hit our feet and feel emotions without consciously deciding to do it. Recent research by scientists was discovered. This is not just the prediction of people’s brains of what is happening in a song, but it is related to the real physical patterns that are formed in their nervous circuits.

A team of international scientists led by Edward Large of the University of Connecticut discovered that our brain cells are physically coordinated with music sounds and create stable patterns that affect our whole body. The results of their research were named “Neural Resonance Theory” (NRT).

The authors say: We suggest that people predict music events, not through anticipating neural models, but through the dynamics of the brain and body that physically embodies the structure of music.

This illustrates a fundamental change in how we understand music processing. Instead of merely predicting, our nervous circuits coordinate with what we hear through rhythmic fluctuations and establish physical relationships with music.

This happens when you shake your feet in harmony with music. The reason for those nervous fluctuations in your brain that coordinates with music and creates stable patterns and naturally expands into your body movements.

These synchronization patterns occur at different speeds in the brain. For rhythms such as drum kicks, brain waves are attached to rhythmic frequencies at a slower speed. For the following sounds such as music, the inner ear and brain stem process frequencies faster.

Multiplicated phenomenon

A significant discovery of scientists is the missing beating rhythms. These sophisticated patterns exist without any real sound at the multiplication frequency. Although nothing is multiplied in the frequency, people continue to understand and move with it. The theory of “NRT” explains this through the Nonlinear Resonance. There, brain neoces produce frequencies that do not exist in the main signal.

The theory also helps explain why some music compounds look pleasant or violent. Simple frequency relationships produce more sustainable oscillation patterns than complex compounds. This stability becomes what we experience as pleasant sounds.

The connection of culture and music with the experienced individuals

Cultural background also plays an important role in the results of this study. Some aspects of music perception may be universal due to brain -based physics. However, the effects of different cultures, specific neural communication through a process called “coordination” can reinforce these results.

This mechanism helps to explain why people from different cultures have different musical preferences. Our brains are in line with the music we often hear.

Even how the musicians predict when playing together match this model. Researchers found that feedback rings in neural systems can cause synchronization. This can explain the reason how musicians play ahead of each other, but still remain perfectly coordinated.

The authors explain: The interaction of certain types of sounds with the constant dynamics of the pattern formation leads to perception, action and harmony patterns that we generally experience as music.

This approach links both the global elements of music in different cultures and the diversity of music systems.

What is clear is that when we share music with others, we do a profound meaning. Our brains are literally synchronizing and creating common nervous patterns in generations and differences.

In those moments when everyone is whispering a song or playing with a rhythm, we are experiencing one of the simplest, yet deepest relationships of life.

This study is published in the journal Nature Reviews Neuroscience.

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