William Sethares

William Sethares Wiki

Celebs NameWilliam Sethares
GenderMale
BirthdateApril 19, 1955
DayApril 19
Year1955
NationalityUnited States
Age64 years
Birth SignAries
Body Stats
HeightNot Available
WeightNot Available
MeasurementsNot Available
Eye ColorNot Available
Hair ColorNot Available
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Explore about the Famous Engineer William Sethares, who was born in United States on April 19, 1955. Analyze William Sethares’s net worth, age, bio, birthday, dating, height-weight, wiki. Investigate who is William Sethares dating now? Look into this article to know how old is William Sethares?

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William Sethares Biography

Among the earliest musical traditions, musical consonance was thought to arise in a quasi-mystical manner from ratios of small whole numbers. (For instance, Pythagoras made observations relating to this, and the ancient Chinese Guqin contains a dotted scale representing the harmonic series.) The source of these ratios, in the pattern of vibrations known as the harmonic series, was exposed by Joseph Sauveur the early 18th century and even more clearly by Helmholtz in the 1860s.

William A. Sethares (born April 19, 1955) is an American music theorist and professor of electrical engineering at the University of Wisconsin. In music, he has contributed to the theory of Dynamic Tonality and provided a formalization of consonance.

In 1965, Plomp and Levelt showed that this relationship could be generalized beyond the harmonic series, although they did not elaborate in detail.

In the 1990s, Sethares began exploring Plomp and Levelt’s generalization, both mathematically and musically. His 1993 paper On the relationship between timbre and scale formalized the relationships between a tuning’s notes and a timbre’s partials that control sensory consonance. A more accessible version also appeared in Experimental Musical Instruments as “Relating Tuning and Timbre” These papers were followed by two CDs, Xenotonality and Exomusicology (some songs from which can be freely downloaded here), which explored the application of these ideas to musical composition.

In his 1998 book Tuning, Timbre, Spectrum, Scale, Sethares developed these ideas further, using them to expose the intimate relationship between the tunings and timbres of Indonesian and Thai indigenous music, and to explore other novel combinations of related tunings and timbres. Where microtonal music was previously either dissonant (due to being played with harmonic timbres to which it was not “related”), or restricted to the narrow range of harmonically related tunings (to retain sensory consonance), Sethares’s mathematical and musical work showed how musicians might explore microtonality without sacrificing sensory consonance.

In 2003, Sethares began an informal collaboration with Andrew Milne and Jim Plamondon, whimsically called the Isomorphic Conspiracy. Its aim was to explore the musical relationships exposed by isomorphic keyboards, which are an unusual design of two-dimensional keyboards that have the intriguing characteristic of having transpositional invariance—that is, “the same fingering in every key.”

By early 2006, the Isomorphic Conspiracy had discovered that such keyboards also had the same fingering in every tuning, too—or, at least, every tuning of what the Conspiracy came to call the syntonic temperament. This consistency of fingering across tunings, which they called tuning invariance, enables a performer, using an isomorphic keyboard and compatible synthesizer (or software synthesizer), to play a given tonal piece in any of a wide range of tunings. The Conspiracy turned its attention to identifying the means by which different isomorphic keyboards could be compared, and identified the Wicki/Hayden keyboard as being optimal for the syntonic temperament’s wide tuning range.

To put these ideas into practice, Sethares (with collaborators and students) developed a freely available software-based synthesizer, the TransFormSynth, which enables a performer to bend tunings polyphonically during performance. In April 2008, Sethares used the TransFormSynth to compose and record the first musical piece that used dynamic tonality, which he called “C to Shining C” (although the piece, as recorded, is not actually in any musical key). A single chord is played throughout the piece, yet it gains a feeling of tension and release through its tuning progression from 19-tone equal temperament tuning to 5-tone equal temperament tuning and back, complemented by a slower timbre progression from a fully harmonic timbre to a fully tuning-aligned timbre.

In 2009, Sethares led the Isomorphic Conspiracy’s extension of Dynamic tonality to include a wider variety of tunings, including

What's William Sethares Net Worth 2024

Net Worth (2024) $1 Million (Approx.)
Net Worth (2023) Under Review
Net Worth (2022) Under Review
Net Worth (2021) Under Review
Net Worth (2020) Under Review

William Sethares Family

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