Microtonal Music with Sevish: Exploring Alternate Tunings

Added:

Defining Xenharmonic
Tuning Terminology
Artistic Evolution
Synth Workflow
Deep Dive Tunings
Custom Instruments
Hexagonal Keyboard
MPE Future
Creative Process
Album Refinement

Defining Xenharmonic

2:00
Playing Section
  • 1

    Explains xenharmonic as music outside standard 12-tone temperament.

  • 2

    Distinguishes it from microtonal blues, which stays within a tonal framework.

The structure of the standard 12-Tone Equal Temperament (12-TET) system used in Western music.
Basic acoustics and physics of sound, specifically the relationship between frequency (Hz), pitch, and intervals.
The distinction between Equal Temperament and Just Intonation (tuning based on pure mathematical ratios).
Familiarity with Digital Audio Workstation (DAW) environments and how software synthesizers generate sound.
Advanced exploration of specific Equal Divisions of the Octave (such as 15-EDO, 17-EDO, or 22-EDO) and their unique harmonic properties.
Practical implementation of Scala (.scl) and Keyboard Mapping (.kbm) files to retune virtual instruments (VSTs).
Study of historical and non-Western tuning systems, such as Just Intonation, Pythagorean tuning, Indian classical ragas, and Turkish makams.
Compositional strategies for microtonal harmony, including the concept of xenharmonics and voice-leading in alternative scales.
528 views38likes1:26:18@thebestmusicpodcastOriginal Release: 2021-05-14

Microtonal music uses alternative tunings that divide the octave into more than 12 equal parts (such as 22 EDO), creating intervals and harmonic possibilities that differ from standard 12-tone equal temperament. Unlike traditional microtonal music that remains within tonal frameworks, 'zen harmonic' music fully explores these alternative tunings to create sounds that feel outside the boundaries of conventional Western music. Musicians can implement these tunings through various methods including custom MIDI controllers (like hexagonal keyboards), specialized synthesizers with tuning files, and even by modifying acoustic instruments (such as filing reeds on melodicas or adding magnets to kalimbas). The approach requires understanding how different tunings affect chord structures, intervals, and harmonic progressions, while maintaining listenability and musical appeal.