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The Logic of Binary Music

Unlocking the Melodies in Ones and Zeros

Introduction to Binary Music

  • Binary Music represents melodies using only ones and zeros
  • The equation 'Music plus b plus c bar = 0' forms the basis of Binary Music
  • Organically beta value zero c is crucial in Binary Music
  • Logical expression 's plus zero plus one complement' is essential for composing in Binary Music

Max Terms and Pos Expression

  • Max terms are used to describe the logical expressions in Binary Music
  • The equation 'a plus b plus c to a bar plus b bar plus c bar' is a common max term in Binary Music
  • A pos expression like 'a plus b bar plus c bar' can also be used to compose in Binary Music

Canonical Music in Binary

  • Canonical Music refers to the simplified form of melodies in Binary Music
  • The equation 'a plus b bar plus c bar' represents a canonical form in Binary Music
  • The value of this equation is zero in Binary Music

Converting Binary Music

  • Converting Binary Music involves transforming melodies into a different representation
  • Converting the equation 'a plus b bar plus c bar' in Binary Music leads to a value of zero
  • Binary Music can be converted to other musical genres or formats

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