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Hexatonic scale
Hexatonic scale
Hexatonic scale
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In music and music theory, a hexatonic scale is a scale with six pitches or notes per octave. Famous examples include the whole-tone scale, C D E F♯ G♯ A♯ C; the augmented scale, C D♯ E G A♭ B C; the Prometheus scale, C D E F♯ A B♭ C; and the blues scale, C E♭ F G♭ G B♭ C. A hexatonic scale can also be formed by stacking perfect fifths. This results in a diatonic scale with one note removed (for example, A C D E F G).

Whole-tone scale

[edit]
Main article: Whole-tone scale

The whole-tone scale is a series of whole tones. It has two non-enharmonically equivalent positions: C D E F♯ G♯ A♯ C and D♭ E♭ F G A B D♭. It is primarily associated with the French impressionist composer Claude Debussy, who used it in such pieces of his as Voiles and Le vent dans la plaine, both from his first book of piano Préludes.

This whole-tone scale has appeared occasionally and sporadically in jazz at least since Bix Beiderbecke's impressionistic piano piece In a Mist. Bop pianist Thelonious Monk often interpolated whole-tone scale flourishes into his improvisations and compositions.

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Mode-based hexatonic scale

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See also: Mode (music)

The major hexatonic scale is made from a major scale and removing the seventh note, e.g., C D E F G A C.[1] It can also be made from superimposing mutually exclusive triads, e.g., C E G and D F A.[2]

Similarly, the minor hexatonic scale is made from a minor scale by removing the sixth note, e.g., C D E♭ F G B♭ C.[1]

Irish and Scottish and many other folk traditions use six-note scales. They can be easily described by the addition of two triads a tone apart, e.g., Am and G in "Shady Grove", or omitting the fourth or sixth from the seven-note diatonic scale. [citation needed]

Mode I II III IV V VI
Name Major hexatonic Minor hexatonic Ritsu Onkai Raga Kumud Mixolydian hexatonic Phrygian hexatonic
Notes 1 2 3 4 5 6 1 2 ♭3 4 5 ♭7 1 ♭2 ♭3 4 ♭6 ♭7 1 2 3 5 6 7 1 2 4 5 6 ♭7 1 ♭3 4 5 ♭6 ♭7
Based on modes
  • Ionian
  • Mixolydian
  • Dorian
  • Aeolian
  • Phrygian
  • Locrian
  • Lydian
  • Ionian
  • Mixolydian
  • Dorian
  • Aeolian
  • Phrygian
Omitted note 7 6 5 4 3 2

Augmented scale

[edit]
See also: Synthetic modes § Hexatonic scales

The augmented scale, also known in jazz theory as the symmetrical augmented scale,[3] is so called because it can be thought of as an interlocking combination of two augmented triads an augmented second or minor third apart: C E G♯ and E♭ G B. It may also be called the "minor-third half-step scale", owing to the series of intervals produced.[3]

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It made one of its most celebrated early appearances in Franz Liszt's Faust Symphony (Eine Faust Symphonie). Another famous use of the augmented scale (in jazz) is in Oliver Nelson's solo on "Stolen Moments".[4] It is also prevalent in 20th century compositions by Alberto Ginastera,[5] Almeida Prado,[6] Béla Bartók,[7] Milton Babbitt, and Arnold Schoenberg, by saxophonists John Coltrane and Oliver Nelson in the late 1950s and early 1960s, and bandleader Michael Brecker.[3] Alternating E major and C minor triads form the augmented scale in the opening bars of the Finale in Shostakovich's Second Piano Trio.[citation needed]

Prometheus scale

[edit]
Main article: Mystic chord

The Prometheus scale is so called because of its prominent use in Alexander Scriabin's symphonic poem Prometheus: The Poem of Fire. Scriabin himself called this set of pitches, voiced as the simultaneity (in ascending order) C F♯ B♭ E A D the "mystic chord". Others have referred to it as the "Promethean chord". It may be thought of as C Lydian-Mixolydian.

It can also be though as a triad pair: a minor triad and an augmented triad 1/2 step up. For example, A minor triad and B flat augmented triad.

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Blues scale

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Main article: Blues scale

The blues scale is so named for its use of blue notes. Since blue notes are alternate inflections, strictly speaking there can be no one blues scale,[8] but the scale most commonly called "the blues scale" comprises the minor pentatonic scale and an additional flat 5th scale degree: C E♭ F G♭ G B♭ C.[9][10][11]

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Tritone scale

[edit]

The tritone scale, C D♭ E G♭ G(♮) B♭,[12][unreliable source?] is enharmonically equivalent to the Petrushka chord; it means a C major chord ( C E G(♮) ) + G♭ major chord's 2nd inversion ( D♭ G♭ B♭ ).[13]

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The two-semitone tritone scale, C D♭ D F♯ G A♭, is a symmetric scale consisting of a repeated pattern of two semitones followed by a major third now used for improvisation and may substitute for any mode of the jazz minor scale.[14] The scale originated in Nicolas Slonimsky's book Thesaurus of Scales and Melodic Patterns through the "equal division of one octave into two parts," creating a tritone, and the "interpolation of two notes," adding two consequent semitones after the two resulting notes.[15] The scale is the fifth mode of Messiaen's list.

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See also

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References

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Hexatonic scale

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In music theory, a hexatonic scale is a musical scale consisting of six distinct pitches or notes per octave. This contrasts with the more common heptatonic scales, such as the scales, which feature seven notes, and provides a framework for creating melodies and harmonies in diverse genres including , classical, and . Prominent examples of hexatonic scales include the , which comprises six successive whole steps (e.g., C–D–E–F♯–G♯–A♯–C) and evokes a sense of tonal ambiguity due to its symmetry and lack of a clear tonic. Another key variant is the augmented scale, often simply called the hexatonic scale in contexts, characterized by an alternating pattern of half steps (minor seconds) and minor thirds (e.g., C–D♭–E–F–G–A♭–C), which overlaps with itself after transposition by a and supports over dominant seventh chords. This scale's structure, formed by superimposing two augmented triads a half step apart, contributes to its symmetrical properties and prevalence in twentieth-century compositions, such as those by . In , hexatonic systems refer to four specific collections of six pitch classes, generated by applying parallel (P) and leading-tone exchange (L) transformations to triads, facilitating the analysis of smooth voice-leading in late-Romantic by composers like Liszt and Wagner. These systems, while retaining triadic elements, produce atonal-sounding progressions that highlight maximal smoothness in chromatic contexts. Hexatonic scales also appear in popular and as subsets of diatonic scales, such as the major hexatonic (omitting the seventh degree of the ) for brighter, country-inflected lines over major chords.

Fundamentals

Definition

A hexatonic scale consists of six distinct pitches within one octave, typically arranged in ascending or descending order. This positions it between other fundamental scale types in Western music theory, such as the with five notes per , the featuring seven notes, and the that includes all twelve semitones. Hexatonic scales are generally notated as a sequence of intervals—such as whole steps (W) or half steps (H)—that sum to 12 semitones over the octave, providing a foundational framework for understanding their structure.

Construction and Properties

Hexatonic scales are constructed through several primary methods in music theory, each yielding a six-note collection that spans the octave. One common approach involves truncating the circle of fifths by stacking six perfect fifths, which generates a hexatonic set by selecting six consecutive pitches in the fifth sequence (e.g., starting from C: C, G, D, A, E, B), omitting the seventh to avoid the full diatonic heptatonic structure. Another method derives hexatonics by removing one note from a diatonic heptatonic scale, such as eliminating the seventh degree from the major scale to form the major hexatonic (e.g., C-D-E-F-G-A) or the sixth degree from the natural minor scale to form the minor hexatonic (e.g., A-B-C-D-E-G). A third technique combines subsets like triads, particularly through neo-Riemannian operations such as parallel (P) and leading-tone exchange (L) transformations applied iteratively to major and minor triads, producing a hexatonic system as the union of six related triads sharing pitch classes (e.g., the orbit of C major yields {C, E♭, E, G, A♭, B}). The total interval content of any hexatonic scale must sum to 12 semitones across the octave, ensuring closure within the chromatic space; this is achieved by distributing five intervals between the six notes, typically a mix of whole tones, semitones, and minor thirds. In modern theory, non-diatonic hexatonics can also be generated algorithmically, such as via sequences modulo 12 to select pitch classes. Shared properties among hexatonics include the potential for , particularly symmetry under neo-Riemannian transformations in cases like the neo-Riemannian hexatonic, due to its underlying S₃ group structure isomorphic to the on three elements. These scales often exhibit enharmonic equivalents through pitch-class overlap (e.g., in {0,1,4,5,8,9}, notes like A♭ and G♯ coincide contextually) and facilitate modal interchange by intersecting with diatonic collections, allowing smooth between major, minor, and augmented subsets. For instance, the standard hexatonic collection supports contrary-motion progressions with minimal shifts, enhancing tonal multistability. Mathematically, hexatonics are represented in set theory using prime forms and interval vectors; a generic symmetrical hexatonic, such as the augmented type, has prime form [0,1,4,5,8,9] with interval vector ⟨303630⟩, indicating three each of interval classes 1 and 3, six of 4, three of 5, and none of 2 or 6, which underscores its balanced distribution of small intervals for cohesive sonorities. This vector highlights the scale's capacity for tertian harmony without consecutive semitones, a property shared across many hexatonics.

Symmetrical Hexatonic Scales

Whole-Tone Scale

The is a symmetrical hexatonic scale constructed entirely from six successive whole steps, denoted as W W W W W W, spanning an . This interval structure produces two distinct but enharmonically equivalent forms within the chromatic spectrum: for instance, the C whole-tone scale comprises the pitches C, D, E, F♯, G♯, and A♯, while its transposition starting on D♭ yields D♭, E♭, F, G, A, and B. The uniformity of these whole-step intervals eliminates semitones, resulting in a scale that avoids traditional diatonic resolutions and fosters an ambiguous tonal center. Due to its perfect symmetry, the is fully invariant under transposition by a whole tone, meaning shifting the entire scale up or down by one whole step reproduces the same pitch collection, which precludes the establishment of a stable tonic note. This contributes to its ethereal and floating quality, distinguishing it from other symmetrical scales like the augmented scale, which alternates minor thirds and half steps. The scale's origins trace to 19th-century Russian composers, where pioneered its early use in orchestral works, notably employing it for the of the sorcerer Chernomor in his opera Ruslan and Lyudmila (1842), with later editors including . integrated the to evoke exotic and supernatural atmospheres, as explored in scholarly analyses of its role in Russian nationalist music. It gained prominence in French impressionism through , who featured it extensively in Voiles from Préludes, Book 1 (1901) to create dreamy, indeterminate sonic landscapes that blur harmonic boundaries. In musical applications, the facilitates parallel and implies augmented triads through its tritone-laden structure, enhancing tension without resolution. In , it appeared early in Bix Beiderbecke's solo In a Mist (1927), where it underscores improvisational ambiguity over dominant seventh chords. Film composers have similarly utilized it to build and otherworldly effects, leveraging its lack of tonal gravity for scenes requiring unease or fantasy.

Augmented Scale

The augmented scale, also known as the symmetrical augmented scale, is a hexatonic scale featuring six pitches per octave and an alternating interval pattern of a minor third (three semitones) followed by a half step (one semitone), repeated three times. This structure produces a distinctive, tense sonority that blends consonant triads with dissonant suspensions, making it suitable for creating harmonic ambiguity and forward momentum in both classical and jazz contexts. For example, the C augmented scale comprises the notes C, E♭, E, G, A♭, B, ascending to the octave. The scale's construction derives from superimposing two augmented triads separated by a minor third, such as the C augmented triad (C-E-G) combined with the E♭ augmented triad (E♭-G-B). This union yields the full hexatonic set while emphasizing the 's inherent , where each note can serve as the of an identical chord. The resulting scale can also be viewed as three major triads stacked at minor-third intervals (, , and ), further highlighting its triadic density. Its symmetry manifests in transpositional invariance every minor third, meaning transposing the scale by three semitones reproduces the same pitch collection; consequently, only four unique augmented scales exist within the twelve-tone chromatic system. This property allows the scale to generate augmented chords directly—by selecting every other note starting from the root, third, or fifth—and embeds subsets when half steps are omitted, facilitating seamless integration with related symmetrical forms like the . In 19th-century Romantic music, the augmented scale emerged as a tool for heightening dramatic tension through chromatic and symmetrical progressions, as seen in Franz Liszt's Faust Symphony (1854), where the opening Faust theme employs a descending sequence of arpeggiated augmented triads spanning all twelve chromatic pitches to evoke restless striving and ambiguity. Liszt's application expanded the scale's role beyond static harmony, using its equal divisions to blur tonal centers and anticipate later atonal techniques in Romantic orchestral writing. In jazz harmony, the augmented scale supports modal improvisation over altered dominant chords (e.g., C7alt) and augmented-major seventh voicings (e.g., CMaj7#5), providing a framework for navigating complex changes while maintaining triadic coherence. A seminal example is Oliver Nelson's alto saxophone solo in Stolen Moments (1961), which features one of the most iconic applications of the scale in jazz, employing its symmetrical pattern to outline modal tensions and resolutions over the tune's minor blues form. Theoretically, the augmented scale's alternating minor thirds and half steps enable its use in atonal music as a symmetric collection that divides the into equal parts, supporting pitch-class set analysis and neo-Riemannian transformations without implying a traditional tonic. This equal-division quality underscores its versatility in post-tonal contexts, where it unifies disparate tonal elements into coherent, non-hierarchical structures.

Derived Hexatonic Scales

Mode-Based Hexatonic Scale

Mode-based hexatonic scales are formed by removing a single scale degree from one of the seven diatonic modes, resulting in a six-note collection that retains much of the modal character while simplifying resolution. This derivation method emphasizes modal purity and is commonly applied in traditional music contexts where full heptatonic structures may be impractical. For instance, the major hexatonic scale arises from the by omitting the leading tone (th degree), yielding the notes C, D, E, F, G, A in the key of C. Variants of mode-based hexatonics include the minor hexatonic, derived from the by omitting the sixth degree, producing C, D, E♭, F, G, B♭ in C minor. Other examples encompass the hexatonic, which removes the seventh from the (e.g., D, E, F, G, A, B in D ), and the Mixolydian hexatonic, omitting the fifth or another degree to adapt for folk applications (e.g., G, A, B, C, D, F in G Mixolydian). These omissions are selected to preserve essential modal intervals while avoiding notes that demand strong tonal closure. The interval patterns in these scales vary according to the omitted degree and parent mode, but they generally feature a mix of whole steps (W) and half steps (H) that echo diatonic structures, with a larger interval where the note is omitted. The major hexatonic scale, for example, has stepwise intervals of whole-whole-half-whole-whole-minor third (semitones: 2-2-1-2-2-3), creating a stepwise ascent that supports melodic flow without the tension of the major seventh. In contrast, the minor hexatonic has stepwise intervals of whole-half-whole-whole-minor third-whole (semitones: 2-1-2-2-3-2), which softens the submediant while maintaining the minor third's emotional depth. These patterns facilitate smooth voice leading in ensemble settings. In cultural contexts, mode-based hexatonics are prevalent in Irish and , particularly in bagpipe traditions where the omission of the leading tone (seventh degree) ensures compatibility with constant A drones, as seen in ceòl mòr and ceòl beag tunes. This adaptation allows sustained harmonic support without clashing intervals, a practice rooted in the Highland bagpipe's fixed pitch set. Eastern European folk traditions also employ hexatonic scales derived from modal structures, as evidenced in and performances that bridge rural songs and dances. Theoretically, these scales serve as a bridge between fully diatonic systems and modal frameworks, enabling melodies that imply without requiring complete resolution to a triad's . By eliminating a single degree—often one introducing strong leading motion—they promote ambiguous yet progressions, ideal for repetitive folk structures where tension is minimized to highlight rhythmic and timbral elements.

Blues Scale

The is a hexatonic scale derived from the minor pentatonic scale by adding a flat fifth (♭5), resulting in the note sequence 1, ♭3, 4, ♭5, 5, ♭7, which produces a characteristic "blue" sound through chromatic tension. For example, in the key of C, the scale consists of the notes C, E♭, F, G♭, G, B♭, returning to C. The stepwise interval structure is minor third, major second, half step, half step, minor third, whole step (semitones: 3-2-1-1-3-2), creating dissonant half-step clashes between the ♭5 and adjacent notes that evoke emotional depth. This scale emerged from the African-American blues tradition in the early 20th-century , particularly through vocal inflections and microtonal bends in work songs and field hollers that carried over from West African musical practices. Its roots are evident in recordings from the 1920s, such as those by artists like and , where "blue notes" were intoned with pitch variations approximating the ♭3, ♭5, and ♭7 for expressive wailing. While blue notes introduce variability—often performed as microtonal inflections between the minor and major third (♭3/3), fifth and flat fifth (5/♭5), or seventh (♭7)—the hexatonic blues scale standardizes these as explicit chromatic additions to the pentatonic framework, confirming its six-note classification distinct from purely pentatonic forms. This standardization resolves ambiguities in early notations, emphasizing the ♭5 as the defining "blue note" for melodic flexibility without altering the core pentatonic skeleton. In musical applications, the is fundamental for in , and , where it underpins solos over 12-bar blues progressions, generating tension through half-step approaches and releases. For instance, B.B. King's phrasing in tracks like "" employs the scale's ♭5 for bent notes and call-and-response patterns, heightening emotional intensity via clashes against dominant chords. Unlike fully symmetrical hexatonic scales, it lacks and is diatonic-derived with chromatic elements, prioritizing idiomatic bends over substitution in blues contexts.

Unique Hexatonic Scales

Prometheus Scale

The Prometheus scale, also known as the or , is a synthetic prominently featured in early 20th-century Russian modernist music. In the key of C, it comprises the pitches C, D, E, F♯, A, and B♭, with an interval structure of three successive whole tones (2-2-2 s), followed by a minor third (3 s), a half step (1 ), and a final whole tone (2 s). This asymmetrical arrangement yields a pitch-class set {0,2,4,6,9,10}, often voiced in a quartal-like stacking such as C-F♯-B♭-E-A-D, featuring perfect and augmented fourths along with a major third to emphasize its quartal harmony. The scale's construction reflects a deliberate departure from traditional diatonicism, functioning as a rather than a strict melodic sequence, and it embeds subsets like the whole-tone (C-D-E-F♯) alongside intervals for heightened tension. Developed by composer around 1908–1910, the Prometheus scale served as the foundational harmonic element in his symphonic work : The Poem of Fire, Op. 60, composed for orchestra, chorus, piano, and a pioneering "luce" part for . In this piece, premiered in on March 2, 1911, the scale's transpositions drive the harmonic progression, symbolizing the mythological fire of divine inspiration through synesthetic interplay of sound and light. Scriabin derived the scale synthetically, viewing it as an expansion of tonal possibilities; it can be conceptualized as the Lydian dominant scale (C D E F♯ G A B♭) with the (G) omitted, or as the augmented scale augmented by an additional for added dissonance. The work's structure aligns the scale's roots with a circle-of-fifths progression, where each transposition evokes specific colors—such as deep blue-violet for F♯ and red for C—to narrate a theosophical journey from spiritual abstraction to material manifestation. Deeply intertwined with Scriabin's theosophical beliefs, the Prometheus scale embodied mystical and principles drawn from Helena Petrovna Blavatsky's (1888), particularly concepts of cosmic evolution across seven "Root Races" mirrored in the score's seven color stages. This philosophical underpinning positioned the scale as a sonic emblem of transcendence, with its non-resolving harmonies evoking eternal flux and divine energy, as Scriabin described in his notebooks as a "chord of the eternal." Musically, it generates dominant seventh chords with added sharp eleventh (e.g., C7♯11: C-E-G-B♭-F♯), facilitating fluid modulations and quartal textures that blur tonal centers, influencing Scriabin's later atonal piano sonatas. Beyond Scriabin, the scale's synthetic ambiguity contributed to the development of atonal and traditions, providing a model for spectra derived from non-traditional interval stacks in works by composers such as and Gérard Grisey. A notable variant, the Prometheus Neapolitan (or minor Prometheus), alters the major second to a minor second for a more somber character, yielding pitches C, D♭, E, F♯, A, B♭ in C with intervals 1-3-2-3-1-2 semitones. This transposition of the original set class emphasizes Neapolitan-inflected lowered seconds and has appeared in Scriabin's sketches and later adaptations, enhancing minor-mode while retaining the core quartal framework. Post-Scriabin, the scale's evocative dissonance has permeated 20th- and 21st-century compositions, including spectral explorations of series and modern media soundtracks seeking ethereal or supernatural effects.

Tritone Scale

The tritone scale is a hexatonic scale that prominently features the dissonant interval, often employed to create tension in both classical and contexts. It exists in several variants, but two primary forms stand out for their symmetrical construction and practical applications: the tritone-dominant scale derived from superimposed major triads a apart, and the two-semitone tritone scale built on a repeating pattern of two half steps followed by a major third. These structures integrate elements of whole-tone and diminished scales, producing bitonal implications that enhance harmonic ambiguity and substitution possibilities. One common variant, often associated with dominant harmony in jazz, combines two major triads separated by a tritone, such as (C-E-G) and F♯ major (F♯-A♯-C♯), yielding the pitches C-D♭-E-F♯-G-B♭. This construction merges whole-tone segments (e.g., the major third intervals) with diminished implications from the clashing triads, prominently including the (C-F♯) for heightened dissonance. The resulting interval pattern is half step, , whole step, half step, , whole step, making it symmetric around the axis. Another variant, known as the two-semitone tritone scale, follows a strictly symmetric pattern of two half steps and a major third repeated across the , as in C-D♭-D-F♯-G-A♭. Here, the scale blends chromatic motion (the paired half steps) with larger whole-tone leaps (the major thirds), again centering the (C-F♯) to emphasize tension while avoiding traditional tonal resolution. This form evokes a of , suitable for atonal or ambiguous passages. Historically, the scale gained prominence through Igor Stravinsky's use of the chord in his 1911 ballet Petrushka, where the superposition of and F♯ major triads produces the hexatonic collection underlying the tritone-dominant variant, symbolizing the puppet's inner conflict via bitonal dissonance. In mid-20th-century , musicians like adapted such structures for improvisation over dominant chords, employing tritone-based substitutions to navigate complex progressions and generate altered tensions (e.g., ♭9 and ♯11 extensions). These scales function theoretically as bitonal substitutes for V7 chords, allowing players to imply multiple keys simultaneously and expand harmonic vocabulary beyond diatonic norms.

References

  1. https://classiccat.net/dictionary/hexatonic_scale.php
  2. https://pressbooks.uiowa.edu/twentieth-and-twenty-first-century-music/chapter/symmetrical-scale/
  3. https://www.math.uchicago.edu/~may/VIGRE/VIGRE2009/REUPapers/Oshita.pdf
  4. https://music.stackexchange.com/questions/69743/why-is-the-hexatonic-scale-that-can-be-derived-via-a-chain-of-perfect-fifths-so
  5. https://myweb.fsu.edu/nrogers/Handouts/Atonal_Glossary.pdf
  6. https://openmusictheory.github.io/scales2.html
  7. https://musictheory.pugetsound.edu/mt21c/TheMajorScale.html
  8. https://pressbooks.nebraska.edu/openmusictheory/chapter/half-and-whole-steps/
  9. https://ianring.com/musictheory/scales/1197
  10. https://viva.pressbooks.pub/openmusictheory/chapter/collections/
  11. https://iris.unito.it/retrieve/f935f1d6-81ce-43f4-8846-cff108bf5e53/fibo.pdf
  12. https://music.arts.uci.edu/abauer/3.1/notes/Audacious_Euphony_2_Hexatonic_Cycles.pdf
  13. https://dmitri.mycpanel.princeton.edu/debussy.pdf
  14. https://musictheory.pugetsound.edu/mt21c/ListsOfSetClasses.html
  15. https://mymusictheory.com/scales-and-keys/the-whole-tone-scale/
  16. https://www.hearandplay.com/main/symmetry-whole-tone-scale
  17. https://fiveable.me/introduction-to-musicianship/unit-4/whole-tone-octatonic-scales/study-guide/QSqHvR1uBIB4kQaV
  18. https://www.musicologie.org/Biographies/r/m/2506031715.pdf
  19. https://www.jstor.org/stable/918781
  20. https://www.pianotv.net/2017/08/whole-tone-scale/
  21. https://www.thejazzpianosite.com/jazz-piano-lessons/jazz-scales/wholetone-scale/
  22. https://pianowithjonny.com/piano-lessons/whole-tone-scale-the-complete-piano-guide/
  23. https://filmmusictheory.com/article/composing-in-whole-tone-scale/
  24. https://www.pianoscales.org/augmented.html
  25. https://www.thejazzpianosite.com/jazz-piano-lessons/jazz-scales/augmented-scale/
  26. https://digital.library.unt.edu/ark:/67531/metadc2246/m2/1/high_res_d/Dissertation.pdf
  27. https://openmusictheory.github.io/atonal.html
  28. https://www.guitarworld.com/lessons/how-to-use-the-major-hexatonic-scale-of-a-i-iv-progression
  29. https://thesession.org/discussions/45425
  30. http://www.campin.me.uk/Music/Modes/
  31. https://www.jayskyler.com/guitar-lessons-san-francisco-theory/guitar-theory-hexatonic-scale-guide.html
  32. http://www.campin.me.uk/Music/Modes/Modes-bagpipes.abc
  33. https://pulse.berklee.edu/?id=4&lesson=7
  34. https://happybluesman.com/blues-scale-guitar/
  35. https://www.learnjazzstandards.com/blog/blues-scale/
  36. https://blogs.loc.gov/folklife/2017/02/birth-of-blues-and-jazz/
  37. https://emusicology.org/article/id/4566/
  38. https://www.jstor.org/stable/1215019
  39. https://www.researchgate.net/publication/330456623_Microtonal_Analysis_of_Blue_Notes_and_the_Blues_Scale
  40. https://www.jazzguitar.be/blog/blues-scales/
  41. https://ianring.com/musictheory/scales/1619
  42. https://www.jazz-guitar-licks.com/pages/guitar-scales-modes/symmetric-scales/the-tritone-scale-shapes-charts-and-theory-for-guitar.html
  43. https://www.thejazzpianosite.com/jazz-piano-lessons/jazz-improvisation/symmetrical-scales/
  44. http://dmitri.mycpanel.princeton.edu/polytonality.pdf
  45. https://www.jazzadvice.com/lessons/how-play-rhythm-changes-like-john-coltrane/
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