Measuring the effect of music on living beings with informational theory

Abstract

Now, when we are developing Quantum Computers working with informational fields, a team of scientists working at the Pennsylvania University used informational network theory to explain the effect of music on humans. The researchers, headed by Prof. Kalkarni, published their work in February 2024 in Physical Review Research [1]. Comparing different musical compositions, they found that chorales have more harmony and less chaos, than toccatas and preludes.

Since the HeartMathInstitute [2] in California found that during meditation on Love more harmonious are: 1/ the brain waves measured with EEG, 2/ the heart waves measured with ECG, and 3/ the breathing. If Love is harmony, and the chorales are more harmonic, this explains why the chorales are sang in churches. The chorales (being harmonic music) will induce more harmony in the brains and hearts of the church attenders, and they will start loving more one another. 

The Pennsylvania team found that Bach’s music contains a lot of note transitions that are frequently repeated, which makes Bach’s music pleasant to listen to. The Pennsylvania team also suggested to create a fully mathematized music theory. Surprisingly, this was done in ancient time [3] - a whole library of clay-plates with cuneiform writing was found in Mesopotamia and dated 3300 B.C. The clay plates contained fully mathematized: 5-tonal, 7-tonal, and 12-tonal music [3]. So, the ancients had much larger variety of tonal music and all the music was mathematized [4].