## Who was the most mathematical composer?

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Arguably the most “mathematical” composer of all was Johann Sebastian Bach, who was a master of counterpoint and polyphony.

### Who explored affinity of music and mathematics?

Pythagoras, Plato and Aristotle were three very clever academics, and very influential figures when detailing the historic connection between mathematics and music [4].

#### Why is Bach’s music mathematical?

Bach’s music has often been described as “mathematical” or “pure.” This is due in part to the intricate structures and symmetries present in his music. Symmetrical arrangements and repetitions were typical of compositions in Bach’s time, but no one else approached his innovation and mastery of these forms.

**Was there music before Pythagoras?**

Although he had his eureka moment, Pythagoras was by no means finished. After all, you could make some music with these basic notes, and to be honest, people around the world had been making music with them for centuries if not millenniums before Pythagoras.

**Was Pythagoras a musician?**

Pythagoras is credited with being the “Father of Music”. He is also credited as being the “Father of Geometry” as well as the “Father of Mathematics”. He discovered the musical intervals and taught that you could heal using sound and harmonic frequencies. He was the first person to prescribe music as medicine.

## Was Bach a mathematical genius?

Johann Sebastian Bach (1685-1750) was not a mathematician in a strict sense of the word. There is no “Bach convergence theorem” in real analysis, nor is there a “Bach isomorphism theorem” in algebra. Bach had no formal training in mathematics beyond elementary arithmetic.

### Did Pythagoras do music?

Reportedly, Pythagoras experimented with the tones produced when plucking strings of different lengths. He found that some specific ratios of string lengths created pleasing combinations (“harmonies”) and others did not.

#### What did Pythagoras discover in music?

Pythagoras is attributed with discovering that a string exactly half the length of another will play a pitch that is exactly an octave higher when struck or plucked. Split a string into thirds and you raise the pitch an octave and a fifth. Spilt it into fourths and you go even higher – you get the idea.

**How did Mozart use math in his music?**

Livio says that there is mathematical symmetry to Mozart’s music. Mozart even had a musical composition dice game which had performers roll the dice to decide which bar would be played. The Magic Flute is said to have the number three included in many ways such as the three-note rhythm sequence.

**Was JS Bach a mathematician?**