Reed Ghazala

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Qubais Reed Ghazala [1] is an American author, photographer, composer, musician and experimental instrument builder. He was described by Motherboard as the "father of circuit bending". [2]

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Ghazala, who is from Cincinnati, Ohio, [2] has built experimental instruments and/or consulted for many prominent musicians including Tom Waits, Peter Gabriel, King Crimson, and the Rolling Stones. [3] Ghazala's work has been covered globally in the press including the New York Times's declaration of circuit-bending as part of the fine arts movement. [4]

Ghazala's work is held in various galleries internationally including the permanent collections of New York City's Museum of Modern Art, the Guggenheim and the Whitney Museum of American Art as part of the Fusion Arts compendium.[ citation needed ]

Ghazala's influence upon creative electronic design is global, having originated the planet's first "grassroots electronic art movement" (while Ghazala has noted that he was not the lone, or first, experimenter in the field, it should be recognized that his contemporaries' work, regardless of date, did not spawn an international and specific art movement replete with original terminology, processes and an ever-increasing fellowship).[ citation needed ]

Ghazala's practice with chance art (the root of circuit-bending) also involves studies in dye migration materials [5] [ failed verification ] and Japanese suminagashi, [6] [ failed verification ] as well as liquid, gel and smoke chambers, mobiles and pyrotechnics.

History

Ghazala accidentally discovered the technique of circuit bending in the 1960s when a toy amplifier in his desk drawer began to make "very strange oscillating sweeping sounds". [7] [8] The amplifier's casing had been opened, exposing its inner circuitry and allowing it to short circuit against another metal object. [7] Ghazala's work in the field progressed with the introduction of the Speak & Spell toy in 1978. [8]

Ghazala has built many instruments during his career, mostly consisting of electronic toys modified with the circuit bending technique and customized until they barely resemble the original product. He has produced numerous audio compositions with these instruments which have been featured on many albums. He has also written a series of works relating to and teaching the circuit bending process, including his book, published by Wiley & Sons, titled Circuit-Bending: Build Your Own Alien Instruments.

Ghazala coined the term "immediate canvas" in his work with circuit bending, which is the concept that through circuit bending the hurdles of electronic design are avoided. Anyone can step up to an open circuit and create, without needing to know electronic theory or daunting equations. Another term coined by Ghazala is BEAsape which means BioElectronicAudiosapien. When body contacts are used, the body of the performer is used as a variable resistor there is a fusion between man and machine into one purpose which Ghazala says is something new zoologically and musically. [9]

Bibliography

Discography

Notes

  1. "Ghazala interview". www.anti-theory.com. Retrieved 18 September 2025.
  2. 1 2 Anderson, Brian (7 August 2014). "Meet Reed Ghazala, the Father of Circuit Bending". VICE. Retrieved 18 September 2025.
  3. Yeaton, Sean (June 22, 2011). "Inside the psychedelic workshop of circuit bending founder Reed Ghazala". cnn.com. Archived from the original on 20 October 2011. Retrieved June 14, 2022.
  4. Mirapaul, Matthew (April 8, 2004). "Technology Section". New York Times.
  5. "Dye Migration: Landfall Set". Flickr. Retrieved 18 September 2025.
  6. "Suminagashi". Flickr. Retrieved 18 September 2025.
  7. 1 2 Inglis, Sam. "REED GHAZALA * DESIGNING 'CIRCUIT-BENT' INSTRUMENTS". Noise Works. Retrieved 18 September 2025.
  8. 1 2 O'Shaughnessy, Jack (16 May 2011). "Circuit bending, modding and the analog future". Resident Advisor. Retrieved 18 September 2025.
  9. Qubais Reed Ghazala (2004). "The Folk Music of Chance Electronics: Circuit-bending the Modern Coconut". Leonardo Music Journal. 14: 96–104. CiteSeerX   10.1.1.463.2607 . doi:10.1162/0961121043067271 . Retrieved 2009-04-06.