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Steven Hammer, Saint Joseph's University




Editor's Note: Because of the nature of this piece and its deliberately glitched orthography, we have elected to publish two versions: this, the authoritative version, and the unglitched version, linked below. Citation of this essay should be from the glitched version.


Unglitched Version



For almost as long as the field of rhetoric and composition has been using digital technologies, its scholars, teachers, and practitioners have been warning against using writing technologies uncritically. Our writing technologies, after all, are neither inert nor objective. They are complex, political, subjective systems, and human authors work with them, not simply on or through them. In this article, I offer approaches to practicing and teaching composition by combining theory-practices of the digital art practices known as glitch and dirty new media with network-based models of authorship.

Glitch art and dirty new media (DNM) are two interrelated yet distinct contemporary art movements concerned with disrupting and interrupting signals, patterns, and structures of various media and data to produce work that highlights the ways that technologies (mal)function. Glitch and DNM artists exploit the very tools and interfaces that are often portrayed or understood to society at large as seamless, functional extensions of ourselves in order to reveal the fallibility of technologies and systems. In many ways, these theory-practices may serve as a critical framework through which we can view technologies and their often-invisible subjectivities, limitations, and shapers of the human experience.

I suggest that we approach composition—from our scholarly works to teaching our first-year composition courses—in a way that explicitly acknowledges the material and contextual means of production: a composition in which we reveal our technologies as coauthors; a composition in which we perform with our technologies and reveal our processes; a composition in which we subtly—ø® ®@d¡C@11¥—shift our writing style(s) to not only write with or about technology, but to write technology.




0ur goal is simply to point out irregularity as a device,
to show the necessity and the importance of irregularity in ∆rt.

(A. Kruchenykh, 1913)

The glitch is a wonderful experience of an interruption
that shifts an object away from its ordinary form and discourse.

(R. Menkman, 2010)


1ntroduct¡on: ∆(nother) Message to the F¡sh

∆ few weeks before I revised this ∆rticle, I heard Justin Lincoln give an inspiring presentation at Computers and Writing in Menomonie, Wisconsin. Referring to Shannon and Weaver’s Information Theory, Lincoln commented that while he once thought of the ∆rtist (or composer, or writer…) as occupying the “information source” position on the diagram (below), he was beginning to think that the ∆rtist was the “noise source.” Lincoln’s ∆rtist engages in pattern signal recognition and disruption, not as a mere purveyor of information or messages that must endure or triumph over noise.

Shannon's Diagram of a General Communication System.

Shannon's Diagram of a General Communication System.

I was reminded immediately of Marshall McLuhan’s discussion of fish, water, and ∆rtists in his book, War and Peace in the Global Village. McLuhan argues, “One thing about which fish know exactly nothing is water, since they have no anti-environment which would enable them to perceive the element they live in” (175). McLuhan equates this statement with humans living in new technological environments, and says “we simply must create anti-environments in order to know what we are and what we are doing” (177). McLuhan’s ∆rtist, then—and here I will also include the writer/composer—is most valuable when interrupting, modulating, or altogether destroying existing signals.

The signals to be interrupted are many, maybe as many as there are ∆rtists to interrupt them. But to extend the work of McLuhan into contemporary digita1 composit¡0n spaces, I will focus for a moment on (dangerously) invisible digita1 writing environments. I am far from the first to raise this concern. Hawisher and Selfe first wrote about the dangers of uncritical approaches to emerging writing technøløgies more than 20 years ago. In their ∆rticle “The Rhetoric of Technology,” Hawisher and Selfe warn against techno-utopic framing of emerging technøløgies in classrooms “in overly positive terms,” (56) engendering a false sense of “hope, vision, and persuasion,” (57) and naively assuming that digita1 technøløgies will democratize learning spaces.

Selfe and Selfe (1994) expanded on the cautions of technoutopianism in 1994, focusing especially on the “Politics of the Interface.” Their ∆rticle critiques:

Computer ¡nterfaces, those primary representations of computer systems or programs that show up on screens used by both teachers and students. Within the virtual space represented by these ¡nterfaces, and elsewhere within computer systems, the values of our culture—ideological, political, economic, educational—are mapped both implicitly and explicitly, constituting a complex set of material relations among culture, technøløgy, and technøløgy users. In effect, ¡nterfaces are cultural maps of computer systems, and as Denis Wood points out, such maps are never ideologically innocent or inert. (485)

The complexity and opacity of writing and accompanying inscription technøløgies has, of course, always existed, but the accelerated emergence and rapidly changing digita1 technøløgies (underwritten by dominant, capitalist-patriarchal notions of “prøgress” and “innovation”) since widespread access to and use of personal computers placed them into increasingly opaque black boxes. Selfe and Selfe addressed a number of then-prevalent—and still-prevalent, I argue—characteristics of dominant ¡nterfaces, including “a tendency to value monoculturalism, capitalism, and phallologic thinking, and does so, more importantly, to the exclusion of other perspectives. Grounded in these values, computer ¡nterfaces, we maintain, enact small but continuous gestures of domination and colonialism” (486).

Many have echoed these foundational works and offered critical practices in response to uncritical engagement with increasingly black-boxed technøløgies, p∆rticularly in discussions surrounding open access, coding literacies, and accessibility/disability (Bruce & Hogan, 1998; Selfe, 1999; Salvo 2002; Portolano 2002; Anderson 2003; Sheridan, Ridolfo, and Michel 2005; Ridolfo 2005; Stolley 2008; Hafner 2009; Kyburz 2010; Parry 2012; Yergeau, Brewer, Kerschbaum, 0swal, Price, Selfe, Salvo, and Howes 2013). In other words, there are many ways to compose—and teach composit¡0n—as a critical act, one that acknowledges the politics of our seemingly invisible technøløgies and the dangers of p∆rticipating in a culture that perpetuates dominant Western notions of prøgress via upgrade culture and planned obsolescence. This ∆rticle is yet another response to this continued call for models of critical technological engagement in our field, and grows out of my work and engagement with new (and old) media ∆rt practices.

But first, a short story.

I have two young children, and they have battery-powered toys. Lots of them. Keyboards and laptops and drums and talking/dancing stuffed animals and various other noisemakers. For many hours, a toy like Playskool’s “Big Hugs Elmo Figure” is a reasonably accurate meatspace depiction of the Elmo seen on television. Elmo moves and sings and presumably teaches. But sooner or later, the batteries begin to fade. There is this wonderful and terrifying moment between Elmo’s intended functionality (full battery power) and failure (no battery power). Elmo’s speech slows, the tone of its voice deepens significantly, and it begins to resemble something much more sinister. It is a moment of interruption in the way that we interact with and perceive Elmo. Instead of listening to Elmo’s rendition of the ∆BC song, we hear the breakdown of Elmo’s digita1 voice, the high-pitched vibration of the speaker embedded within its body, the swooshing of a compressed audio file stored in its circuit-organs.

When Elmo breaks down, my daughter Lily begins to ask why. I say it is because Elmo needs battery power in order to play audio samples stored in its circuit. We talk for a little while about circuits and sound. We open Elmo’s body and find a box that contains batteries and has several wires extending into Elmo’s head, arms, and legs. We open the box and look at the circuit board. Someday, when Lily is older, maybe we will circuit-bend1 Elmo to see what other kinds of strange sounds it is capable of producing. But for now, I am content in pulling back the curtain of a consumer technø1øgy to reveal something other than a lovable character: an arrangement of stored digita1 samples, resistors, capacitors, wire, electricity…

This educational moment was brought to you by the letter G.

G is for glitch.

In his 2012 Computers and Writing keynote address, Alex Reid used a word most readers will recognize immediately, but seldom in the context of rhetoric and composit¡0n research: glitch. The rapid proliferation of technological innovation (and certainly our dependence on such technøløgies) ensures that most of us encounter gl¡tches rather frequently, from operating system error messages to slight lags—and subsequent crashes—of streaming audio and video. First used by ∆merican ∆stronauts2 to denote a sudden change in voltage in spacecraft electrical systems, gl¡tch now signifies a wide range of phenomena in which systems—especially digita1—experience some kind of malfunction or irregularity.

Reid understands gl¡tches as “key ontological condition[s]” that are “everywhere, and they are features not bugs.”3 While embracing gl¡tches in a field still largely preoccupied with control over the composit¡0n process may seem unlikely, Reid uses gl¡tch and the new aesthetic as a kind of entry point into his object-oriented rhetoric. His approach considers “the objections of objects,”4 or the ways in which nonhuman actors actively contribute to composit¡0n. ∆n object-oriented rhetoric, Reid argues, prepares us for "an ever-stranger composit¡0nal environment where the rhetorical roles we imagined for ourselves as modern humans will not function" (emphasis added).5 Reid’s jab at modernist models of rhetoric and composit¡0n calls on Bruno Latour’s work, We Have Never Been Modern, in which Latour disputes the nature-culture binary fabricated during modernity and maintained as the dominant ontological model of the humanities writ large.6

If we agree with Latour and place modernism in question, then, we must surely rethink our own conceptions of composit¡0n and authorship. We must embrace gl¡tches, mistakes, objections, and interruptions as necessary conditions of composit¡0n. We must relinquish control of “our” texts, and reframe them as collaborative endeavors, crafted hand-in-something with various nonhuman actors. This is certainly a shift away from what Geoffrey Sirc calls the “dry modernist enterprise of college writing (formal, autonomous, univocal, meaning-driven),”7 but as this ∆rticle will show, there are many models of composit¡0n that already enthusiastically embrace noise, irregularity, and collaboration. I will focus especially on gl¡tch studies and dirty new media as models for composit¡0n, though I both extend beyond the boundaries of gl¡tch studies/dirty new media, and dep∆rt from several conventions of gl¡tch studies/dirty new media.

In many ways, gl¡tch and dirty new media are enthusiastic explorations similar to Reid’s anti-modernist future of composit¡0n, yet these movements have been neither deeply explored nor sufficiently applied to spaces and practices of composit¡0n. My aim, therefore, is to gesture toward a gl¡tch-centric approach to composit¡0n, a way to write (dirty) new media, to play on the title of Wysocki, Johnson-Eiola, Selfe, and Sirc’s 2004 text. I propose a gl¡tch, or dirty, approach to composit¡0n, one in which composers a) actively acknowledge their many coauthors (especially nonhumans) and the networked nature of composit¡0n, and b) reveal the materiality and subjectivity of the technøløgies involved with the production of composed works. I will first provide an overview of gl¡tch and dirty new media, theorize the movements while calling on some of their important and oft-ignored precursors, and then apply these theory-practices to contemporary digita1 writing practices and pedagogies.


<b>WhatIs: Glitch Studies &+ Dirty New Media</b>

Glitch ∆rt and dirty new media (DNM) are two interrelated yet distinct contemporary ∆rt movements centered primarily in Chicago, IL, US∆, and Amsterdam, NL.8 ∆t their most basic level, the movements are concerned with disrupting and interrupting signals, patterns, and structures of various media and data to produce work that highlights the ways that technøløgies (mal)function. Glitch and DNM ∆rtists exploit the very tools and ¡nterfaces that are often portrayed or understood to society at large as seamless, functional extensions of ourselves in order to reveal the fallibility of technøløgies and systems. In many ways, gl¡tch—but especially DNM—serve as a critical framework through which we can view technøløgies and their often-invisible subjectivities, limitations, and shapers of the human experience.

Rather than attempting an all-inclusive historical account of these movements, I will provide a brief account of formal events and publications devoted to the movements. Selecting texts and voices of gl¡tch and DNM inevitably requires that I ignore others, of course, and this is another reason this should not be read as a comprehensive guide to the movements. Instead, my interest lies in extracting those philosophies and methods that lend themselves to theoretical transportability and my own construction of a gl¡tch/dirty approach to composit¡0n practices.

While present manifestations of gl¡tch and DNM are certainly distinct and pushing at boundaries of the ∆rt world, they are also firmly rooted in ∆rtistic and philosophical traditions. Nick Briz identifies pre-glitch practices in analytical cubism, dada, structural-materialist filmmakers, pop ∆rt, Robert Smithson, Andy Kaufman, Gordon Matta-Clark, and John Cage.9 Manon and Temkin add Nam June Paik, Annie Albers, Hiroshi Kawano, Max Headroom, Lou Reed, Iannis Xenakis, Reed Ghazala and others to the list of precursors.10 Curt Cloninger often points to oulipo, and I have written about others, including Samuel Taylor Coleridge and Alexei Kruchenykh.11 Despite their diversity, a thread of disruptive, materially conscious avant-garde practices binds the ∆rtistic traditions from which glitch and DNM draw.

Screenshot from Jodi's “UNTITLED GAME”.

Screenshot from Jodi's “UNTITLED GAME”

Rosa Menkman, arguably the most prolific contemporary glitch studies theorist, began writing about glitch in 2006 after an encounter with “UNTITLED G∆ME,” (see figure right) a work of Dutch/Belgian ∆rtist collective Jodi. “UNTITLED G∆ME,” a set of modifications for the video game Quake 1, transforms the graphics as well as the code of the software into highly a highly abstract, disorienting experience.

Jodi’s earlier work, titled “S0D,” performed a similar modification, or hack, on another videogame from the early 1990s, Wolfenstein 3D. Jodi’s corpus of work had a significant impact on the development of glitch and DNM aesthetics and philosophies, especially in their use of lo-fi, black-and-white visual aesthetics as well as their disruption and exploitation of state-of-the-∆rt graphics, ¡nterfaces, and user experiences. Menkman also credits her collaborations with goto80 (Anders Carlsson), Matthew Fuller, and Geert Lovink as instrumental in leading her to ∆rticulating gl¡tch studies.

Because she perceived a significant gap in the theorization of gl¡tch ∆rt,12 Menkman composed and distributed her first “Glitch Studies Manifesto” in 2010, which in many ways still serves as the foundational document in glitch studies. She later published an updated version of the manifesto in her book The Glitch Moment(um), an in-depth investigation into the history of glitch ∆rt, aesthetics, and politics.

Menkman’s glitch studies manifesto offers some theoretical baselines for a glitch theory, including her argument that “although the constant search for complete transparency brings newer, ‘better’ media, every one of these improved techniques will always possess their own inherent fingerprints of imperfection.”13 In other words, noise and failure are essential components of any system, no matter how seemingly c1ean and functional they appear. ∆s such, glitch studies becomes a celebration of that noise, that gl¡tch, and Menkman makes a series of suggestions to would-be gl¡tchers, including “find catharsis in disintegration, ruptures and cracks; manipulate, bend and break any medium towards the point where it becomes something new; create glitch ∆rt.”14 By engaging in glitching and glitch ∆rt composit¡0n, the ∆rtist exposes the previously invisible, highly political15 features of technøløgies.

Menkman also defines glitch ∆rt as an inherently procedural ∆rt form, focused not on the production of materials but on the process of creation. To better understand this, consider the glitch as a momentary break or interruption, that moment between function and failure. Glitches are moments of malfunction, and the provocation of the glitch is the act of glitching. Glitch ∆rt, however, is a result of capturing of that moment, documenting the act of glitch; it is in some ways proof that the glitch occurred. In this way, glitch ∆rt is never really a glitch, but rather a second-hand account of a moment, in the same way telling a story about a past event is not the same as the event itself. While there are many layers to understanding glitches and glitch ∆rt, Menkman spends most of her time warning against the commodification of glitch via presets and effects. Many programs like this exist, of course, and while there is some contention as to whether or not these “conservative glitches”16 are in fact legitimate glitch or glitch ∆rt, the importance of procedural making remains intact; glitching is an action, a process, not merely an aesthetic or stylistic convention.

While many glitch theorists avoid preoccupation with digita1/analog divides,17 there exists a strong sense of glitch as “very much a practice situated in digita1 culture.”18 Manon and Temkin acknowledge that glitch is not a solely digita1 phenomenon, but rather “an intersection of analog and digita1 modes of (re)production,” a “combinatory, but (self-evidently) not a blending of [analog and digita1] signal types.” Further, they purport that using “glitch” to describe events in the absence of digita1 factors, i.e., “analog-on-analog damage,” ensures that the “term loses potency.”19 0thers have briefly explored possibilities of gl¡tch outside of digita1 spaces, including Tim Barker (with whom Manon and Temkin directly disagree), and Curt Cloninger. Cloninger seems to have stepped outside strictly digita1 spaces to identify analog gl¡tch events, though he differentiates analog and digita1 gl¡tches in terms of time and intensity. Digital gl¡tches, “more instantaneous and frequent,” are therefore more evident to the perceiver and more prevalent in identifications of glitch ∆rt conventions.20

Cloninger makes an even more important observation, one that this article is extending: “The glitch event is not ‘unnatural.’ It is just that we humans are still acclimating ourselves to it. We are less used to seamlessly absorbing its affect. ∆nalog affect is more qualitatively gradual, whereas digita1 affect can dramatically spike” (31).21 While this is not always correct,22 he helpfully differentiates the digita1 from the analog while allowing gl¡tch to remain applicable and theoretically useful to both. ∆bove all, he establishes that the gl¡tch is a more-or-less “normal” feature of both digita1 and ana10g environments. This deployment of gl¡tch as a theoretical concept rather than a specified event under specified conditions is central to my own argument. Glitch is certainly a malfunction within a network, but it is ever-present in a variety of networks. Netw0rks—digita1, ana10g, and otherwise—are always already glitching.

Dirty New Media, a Chicago-based branch of New Media ∆rt, was first articulated by jonCates as a direct response to the surplus of c1ean, seamless digita1 ∆rt. Cates recounts the development of DNM as a means “to express a contrast with the kind of c1eanliness that I associate with more commercial or corporate styles of digita1 ∆rt and design.”23 Like Reid and others, Cates understands that “brokenness is a primary feature” and “humans live in a noisy, glitch, messy + broken world.”24 Cates foregrounds DNM as a response to a techno-culture that is increasingly hidden, obscured behind a veil of Western “prøgress.”

Technology is a field typically associated with smooth screens, organized ¡nterfaces, and on a larger scale, with the pride and “prøgress” of Western civilization. Dirty New Media, a branch of New Media ∆rt, seeks to subvert these unquestioned assumptions by problematizing, rather than idealizing, common technøløgies. The “dirty” stems from the movement’s deliberate incorporation of brokenness as ∆rtists, hackers, and activists alike hack, reconstruct, and complicate aspects of computer culture. By embracing the cyber flaws, short circuits, and disjointed components, Dirty New Media refers to a menagerie of alternative practices and subcultures spanning from punk and digita1 sampling to piracy and pornography.25

In my writings with Shawne Holloway, a Chicago-based DNM ∆rtist and scholar, we have argued that DNM’s frequent attention to bodies—in the form of pornographic images, for example—highlights the situated ontology of human and nonhuman actors in new media spaces. That is, DNM highlights the materiality of both digita1 media and the human body: “DNM is an act of…liberating the object from thing-ness (resisting the modernist hyperdichotomization machine) and the subject from formlessness. The hybrid body-object emerges. DNM is simultaneous subjectivity + object-ness.”26 In other words, drawing on 0bject-0riented 0ntology, we argue that DNM recognizes both the ways that bodies are objectified (both ideologically and technologically) in digita1 spaces and the ways that nonhuman objects actively contribute to ∆rtistic production. Holloway and I argue that DNM reveals not only the “dirtiness” of media and ¡nterfaces, but also the layers of inherent and performed subjectivity contained within technøløgies.27 That is, much like Ian Bogost’s discussion of the interpretive agency of the Sigma camera in ∆lien Phenomenology,28 DNM reveals the materiality of increasingly invisible and actively obscured technøløgies.

Nowhere is the critique of c1ean, seamless, invisible technøløgies more apparent than Nick Briz’s 2013 work titled “Apple Computers,” an open letter to ∆pple Computers and “prosumer manifesto,” that addresses “issues of planned obsolescence, upgrade culture, technological self-reliance, control and copying.”29

DNM’s direct and confrontational approach to the politics of new media ∆rt and emerging media technøløgies is rooted in hacker/diy culture, and in this way DNM begins to blur the lines between ∆rtist and activist.


<i>There’s Not Much Glitch in Glitch ∆rt</i>

While the concept and term “glitch” is an essential component of this article, it is neither static (i.e., well-developed and widely agreed upon) nor unproblematic. Before I move on, then, I would like to briefly address three important critiques of glitch/∆rt that have emerged from within the glitch/DNM communities. 

Daniel Temkin’s 2014 ∆rticle “Glitch && Human/Computer Interaction” problematizes glitch (the concept and the ∆rt) in very useful ways, commenting, “The glitch aesthetic may be rooted in the look of malfunction, but when it comes to actual practice, there’s often not much glitch in glitch ∆rt. Yes, some glitch ∆rtists are actually exploiting bugs to get their results—but for most it would be more accurate to describe these methods as introducing noisy data to functional algorithms or applying these algorithms in unconventional ways.” Temkin argues that what has come to signify a glitch is the application of noise to logical systems, not an actual failure or malfunction within the system. ∆ “glitched” JPEG, for instance, if truly broken or corrupted, would fail to display anything at all; “if we still see an image, the JPEG algorithm has successfully rendered it. Even if we somehow make the file undisplayable…we risk no failure—there’s nothing at risk when digita1 files are effortless to duplicate and store” (Temkin). Instead, Temkin suggests that most glitch ∆rt is, at least in practice, an activity of (re)producing an aesthetic consistent with traditional glitch ∆rt.

Temkin is not the only ∆rtist/theorist hesitant to embrace contemporary manifestations of ∆rt increasingly wrapped up in aesthetic (re)production. In my correspondence with Jon Satrom and Ben Syverson (PoxP∆rty), we discussed our own issues with the term “glitch/∆rt,” rooted primarily in our own creative endeavors.

Jon: Glitch ∆rt people have expectations of what glitch ∆rt should look like, and it needs to be glitchy. This program that we made, it slogs all the processors on your computer, and makes everything slow and, not glitchy but it’s with that glitch ethos. You know, so I think it’s like glitch ∆rt but it bumps up against where things need to go for that now genre.

Ben: Yeah, and half of that is how we talk about it. Like, the most important aspect of it is that it slows your computer down, it brings you back to that older time when you had to really think about clicking on that menu because you’re going to have to wait a half second for it to pop open. Everything was more intentional.

I shared a story in which my ∆rt installation at a museum concerned with critiquing functionality and glitch-lessness had both taken a lot of work to “glitch properly” and had needed to be updated three times due to emails from the museum curator who commented that my piece was “experiencing technical difficulties.” I shared with them my temptation to tell the curator, “Exactly! The fact that it is failing performs the rhetorical-aesthetic purpose of the piece,” but instead went and fixed the piece to glitch correctly. Ben and Jon expressed similar opinions and experiences.

Ben: “There is this funny thing that happens in every PoxParty project where we’re like trying to remove glitches from the tool…the s0S, the app had to run uninterrupted. If it ever quit, that means that someone has to relaunch it.”

Jon: “∆nd they might not know, because it looks like the 0S!”

Ben: “So it’s really critical that the app never crashes. So I spent like half the development time developing it, and half the time combing through it removing memory leaks and anything that might slowly accumulate over the course of eight hours and crash the app. So half the development…was trying to remove any glitch and make it as polished as possible.”

Jon: “So there’s a real irony there about making an app that produces situations that don’t fail themselves, too much…like bugs, we like bugs because bugs can become features.”

Ben: “But that does complicate our relationship to [glitch] I think.”

Jon: “There are a number of quagmires or traps that can happen when people look at glitch ∆rt…I mean, I’m still warming up to the entire term because it’s a category. ∆ lot of it, when it’s talked about it’s talked about from a formalist roots, the aesthetic of it rather than what produces that aesthetic and aesthetic is all we know. But we’re in the right time now, because we’re seeing all of these systems glitch, and culture is 0K with that word now…But I think it can be dangerous to genre-fy something, and this is weird because I promote, I teach a class on glitch art, but it’s almost to like kill it. Kill it dead and get people to think about it, what’s outside of it because it’s dangerous to put things into compartments but things almost need to be in compartments to break out of them.”

jonCates has raised similar concerns, and responded by introducing and exploring post-glitch: “what happens when unexpected malfunctions or errors become expected? in sum sense, this is a normalized technosocial condition. we do not or should not assume flawless operations in our technosocial lives. && what happens when (primarily visual) signifiers for those glitches become expected? this is the state of post-glitch” (Post-Glitch). Here, Cates also draws on McLuhan’s comment on the imperceptibility of water to fish, and argues that we are, as a culture, more aware of technological environments and glitches. We have begun to accept and expect glitches to the extent that we have aestheticized them. 0ne need not look further than music videos from Kanye West, or to movie posters, or to fashion trends. The cliché of glitch is becoming an archetypical aesthetic and rhetorical move.

In many ways, glitch has become an increasingly complicated movement/genre/philosophy/aesthetic, one filled with contradictions and problems. Yet as its practitioners work to navigate just what glitch means (or veer away from the label glitch altogether while retaining some of its methods and underpinning philosophies), I likewise find many of its conversations, though certainly “comp∆rtmentalized,” to be fruitful when positioned in composit¡0n, rhetoric, communication studies, and the humanities at large. While I am admittedly hesitant to use the term “glitch” composit¡0n, it will have to do for the moment.



<i>Noise is an essential ontological and phenomenological feature of systems.</i>

Your eye can't distinguish individual pixels, and everything you see looks incredibly crisp and lifelike.

“Your eye can't distinguish individual pixels,
and everything you see looks incredibly crisp and lifelike.”

Glitch ∆rt and DNM both place emphasis on the illusory nature of technological prøgress and improvement. That is not to say that technøløgies are not changing and becoming more sophisticated or advanced, of course; there is little doubt that technøløgy is changing at an incredible pace, p∆rticularly in the last half century. The objection to the so-called “prøgress” of technological innovation instead centers on the assumption that new technøløgies are somehow closer to perfect, that they are efficient, streamlined, and becoming more perfect extensions of our own bodies. To be sure, the rhetoric of emerging media marketing promotes this illusion. ∆pple, for instance, consistently touts their products with language like “lifelike,” “easy,” and “works perfectly.”

And because Apple makes both the hardware and the software, iOS features are designed to work perfectly with iPad features.

“And because Apple makes both the hardware and the software,
iOS features are designated to work perfectly with iPad features.”

The prevalence of gestural technøløgy also contributes to the increasingly obscured material nature of emerging technøløgies. These devices are natural, invisible, intuitive. In many ways, these technøløgies and marketing strategies begin to resemble Marshall McLuhan’s arguments about changing relationships between bodies and media, “all media are extensions of some human faculty—psychic or physical.”30 0ur ¡nterfaces and wares are presented and received as highly functional, intuitive extensions of a monolithic us, in turn cementing dominant, hegemonic models of human-ness, objectivity, composit¡0n, and so on. In other words, as the producers of ¡nterfaces and wares claim increasingly seamless integration between their products and bodies, knowledge, relationships, and so on, humans (and certainly other organic/nonorganic actors) are thus increasingly defined by the marketing campaigns of ∆pple.

“…control what's on your screen in a more fluid, natural, and intuitive way.”

“…control what's on your screen in a more fluid, natural, and intuitive way.”

Instead of consuming emerging media with the expectation of high functionality and celebrating the seeming noiselessness of technøløgy, glitch && DNM ask us to instead seek, find, and exploit the always-existent “fingerprints of imperfection” in all media.31 ∆ll systems contain noise as well as a signal, failure as well as functionality. We can extend this position on noise in media if we return to McLuhan’s claim regarding the interrelationship between the body and various external media. That is, if noise is a constant feature of all media, and all media are extensions of human bodies and experiences, then surely noise is a feature of humans themselves. Alex Reid echoed this argument in his understanding “that humans are glitchy.”32

Notions of noise and glitch are more than merely moments of malfunction or interruption; they are essential features of various actors’ being-ness and experience. Media and systems—and certainly humans—exist and perform as much in terms of failure as in terms of function, as much in terms of accident as intention, as much in terms of indeterminacy as order. ∆s such, glitch critics must look beyond the successful, intentional, consistent, and otherwise orderly features of systems and objects. Glitch composit¡0n ignores the clear, legible signals in favor of that which interrupts, disrupts, and corrupts the order of the object or system in question. Such deviations are of paramount importance not only in reconstructing the narratives of control, precision, and intentionality in the composing process, but also but also in the revelation of the previously invisible structures underlying the production and reception of texts. More on this later.


<i>Irregular methods are always already present in composit¡0n processes.</i>

Within å glitch composit¡0n, we have the opportunity &+ obligation to write about the occurrence of the glitch—for instance, in a literary or cinematic text—but also write in glitch. Just as Kruchenykh,33 Cixous,34 and countless others have advocated for new languages to express divergent identities and experiences, so too have glitch ∆rtists. Menkman advocates for “Glitchspeak…expressions [that] teach the speaker something about the inherent norms, presumptions and expectations of a language: what is not being said, what is left out.”35 To perform glitch criticism is not only to seek evidence of interruption within objects or systems; it is also to enact, perform, and write glitch. Glitch composit¡0n is itself a disruption, interruption, and corruption of dominant models of production and critique.

Understanding glitch as a method, rather than a product or aesthetic, is only one half of glitch composit¡0n, however. We must also identify the methods employed by the glitch ∆rtist/scholar/critic. ∆s I have stated before, many have constructed lists of proto- or pre-glitch avant-garde traditions, and we must certainly consider those sources as models for glitch criticism. John Cage’s work with indeterminacy, chance, and hardware hacking for instance, undoubtedly bears significant influence on glitch composit¡0n.

Cage’s most notable work explored chance operations in the composit¡0n process and culminated in his Concerto for Prepared Piano and Chamber 0rchestra (1950-51).36 Briefly, the prepared piano consisted of various objects, including “bolts, screws, strips of plastic and rubber…as well as a ‘plastic bridge,’” inserted systematically between the strings of the piano, thus creating a new set of tonal possibilities previously unexplored by traditional composers.37 His Concerto also included various traditional orchestral instruments as well as a few unconventional instruments, including a “radio, an amplified coil of wire, a buzzer, and a recording of a generator.”38 Cage succeeded not only in imagining new sonic landscapes and orchestral configurations, no doubt drawing from Luigi Russolo’s Futurist Manifesto,39 but he actively undercut a largely unchallenged technøløgy in radically modifying the piano. Cage’s groundbreaking ideas and works in what we might now call “hardware hacking” proliferated in the work of Keith Rowe’s prepared guitar, and later in the work of Q. Reed Ghazala, which I will expand on later in this ∆rticle.

While a full exploration of Cage—as well as countless other pre-glitch ∆rtists—is certainly warranted, several scholars have already linked Cage’s work to contemporary glitch ∆rt. I will instead turn my attention to a model largely ignored in glitch and DNM literature, ∆lexei Kruchenykh’s notion of zaum. Not only did Kruchenykh embrace procedural conceptions of ∆rtistic production, but he also proposed that ∆rtists employ methods of irregularity in order to achieve a representation of changing socio-technological contexts. I will now turn my attention to Kruchenykh in order to extract this notion, so that we might consider the ways to deploy methods of irregularity as composers, scholars, and pedagogues.

The Russian Cubo-Futurists emerged in the early twentieth century as a result of influence from the Italian Futurists40 and French Cubists. Yet to dismiss the Russian Cubo-Futurists as purely derivative would be an egregious error; Douglas notes the symbiotic nature of early 20th century movements, “[i]t would also be a mistake to imagine that ideas flowed in one direction only. Visitors to Russia were impressed by the modern interest in icons, in Eastern and folk ∆rt, and in the passion for theorizing that led eventually to abstraction.”41 In other words, due especially to increased mobility, the purity any one ∆rtistic movement in early 20th century Europe is highly suspect, if not impossible.

Regardless of the extent to which Russian Cubo-Futurism was initially indebted to Italian Futurism, by 1914 the Russians had altered the trajectory of their theories and practices in very different—and certainly more radical—ways. Multimedia ∆rtists/poets such as Vladimir Mayakovsky, ∆lexei Kruchenykh, Velimir Khlebnikov, Benedikt Livshits, Vasily Kamensky, and David Burlyuk are most associated with this short-lived movement (1912-1915). When “intellectual and refined Symbolism had exhausted itself in Russia,” in 1910, the so-called Hylea group of Cubo-Futurism emerged seeking to “’[st∆rt] ∆rt again.’”42 Together, Burliuk, Kruchenykh, Mayakovsky, and Khlebnikov penned the first Cubo-Futurist manifesto, titled ∆ Slap in the Face of Public Taste, in which they expressed disdain for traditional literature and poetry and “[felt] an insurmountable hatred for the language existing before their time.”43

Perhaps the most radically disruptive, prominent, and in many ways still avant-garde innovation to emerge from Russian Cubo-Futurism is what ∆leksei Kruchenykh called zaumZaum, a combination of za [across; beyond; to the other side of] and um [mind; intellect; head], denoted a new mode of linguistic expression in which words’ meanings were indefinite or indeterminate. Zaum has been translated as “trans-mental,” “metalogical,” “transrational” or “beyondsense.”44 Together with other zaumniks including Velimir Khlebnikov, Vladimir Mayakovsky, and Ilya Zdanevich, Kruchenykh began experimenting with alternative verbal forms to escape the static and stale language incapable of expressing contemporary life and experience. In Kruchenykh’s 1913 New Ways of the Word (the language of the future, death to Symbolism), he boldly indicts contemporary language as not only incomplete, but futile: “Wishing to depict the incomprehensibility, the alogicality of life and its horror, or to depict the mystery of life, [Russian writers] make recourse time and again to the same (as always, as always!) ‘clear neat’ common language this is the same as feeding a starving man cobblestones, or trying to catch small fish with a rotten net.” Instead, he continues, “in order to depict the new—the future—one needs totally new words and a new way of combining them.45

Kruchenykh’s zaum was, above all, transrational. That is, it was a linguistic system that transcended the possibility of fixed meanings but was meaningful nonetheless. His 1913 manifesto, “Declaration of the Word as Such,” while in some respects resembling Khlebnikov’s more calculated approach (e.g., Kruchenykh’s assertion that a poetry consisting solely of vowels can restore a kind of pure, universal language, which would soon fade from his theorizing), also argues against static signifier-signified relationships: “a language which does not have any definite meaning (not frozen), a transrational language.”46 The same year, he published “New Ways of the Word (the language of the future, death to Symbolism),” in which he argues, “clear and conclusive proof of the fact that up to the present the word has been shackled is provided by its subordination to rational thought.47 ∆ new language was required “to depict our dizzy contemporary life and the even more impetuous future,” according to Kruchenykh, one that preceded fixed and rational meaning and instead embraced disorder, irregularity, dissonance, and the unexpected.

For Kruchenykh, in order to understand and ∆rticulate both language and life itself, the ∆rtist must seek irregularity as a method of subversive creation:

“Irregular structuring of a sentence (in terms of logic and word formation) generates movement and a new perception of the world…we must combine words in a new way, and the more disorder we introduce into the sentence structure the better.”48 Kruchenykh proposed some specific methods of imposing irregularity onto—or glitching, if you will—language:

  1. grammatical irregularity—unexpected twist
    1. lack of agreement in case, number, tense, and gender between subject and predicate, adjective and noun: lake ran past white flying
    2. elimination of the subject or other p∆rts of speech, elimination of pronouns, prepositions, etc.
    3. arbitrary word-novelty (pure neologism): he doesn’t give a “shoot” (∆ Trap for Judges, 1), dyr bul shchyl etc.
    4. unexpected phonetic combination: euy, rlmktzhg (Let’s Grumble).
  2. Semantic irregularity
    1. In plot development…
    2. Unexpected simile49

Kruchenykh’s goal for zaum, in his own words, was “simply to point out irregularity as a device, to show the necessity and the importance of irregularity in ∆rt,” and to “underscore the great significance for ∆rt of all strident elements, discordant sounds (dissonances) and purely primitive roughness” (emphasis added).50

Further, Kruchenykh’s zaum was not simply a method of destructive manufacture of nonsense (this is the significant difference between zaum and its contemporaries in experimental sound poetry/word ∆rt, namely Dada); zaum was a means of discovery: “0ur new devices teach a new understanding of the world.”51 Kruchenykh exclaims, “We split the object open! We st∆rted seeing the world through to the core. We learned how to look at the world backward, we enjoy this reverse motion.”52

Not only does Kruchenykh provide us with some specific methods for employing irregularity in written works, but his philosophy encourages a kind of techno-criticism strangely reminiscent of DNM ∆rtists/activists. “Splitting the object open,” gaining new perspective through irregular interactions with language, media, and “the world,” are precisely the sentiments touted by Cates, Briz, Menkman, Cloninger, and others. By drawing specifically on Kruchenykh, we can more easily build bridges from the digita1ly-based approaches and concerns of glitch and DNM to much broader composit¡0nal environments. In other words, for a glitch composit¡0n to traverse disciplinary boundaries, we must frame methodologies broadly in terms of irregularity or interruption, rather than rooting glitch practices solely in digita1/new media ∆rt contexts.


<i> Glitches reveal the already present imperfections, or glitch potentiality, within systems typically associated with seamless functionality. In this way, the glitch practitioner is simultaneously an ∆rtist, activist, and techno-critic.</i>

Å glitch model of cømposition and criticism extends beyond an examination of form and the performance of disruptive writing. It is also an approach concerned with the analysis and critique of the material production of objects and systems as well as the often “c1ean” and seemingly-seamless technøløgies that produce, curate, and guide reception of various texts. In this way, a glitch composit¡0n draws heavily from jonCates’ ∆rticulation of dirty new media:

I meant to express a contrast with the kind of c1eanliness that i associate with more commercial or corporate styles of Digital ∆rt and Design. The graphic and industrial design styles of ∆pple Computers is a perfect example of the kind of c1ean, smooth, slick style i am referring to. My reason for saying Dirty New Media is to express a difference or resistance to these imaginary forms of c1eanliness. My and our communities’ work is thereby intentionally more raw, direct, dirty, glitchy, noisey, etc.53

Likewise, glitch composit¡0n is interested in resisting the culturally fostered narratives of c1eanliness, effortlessness, and pure intentionality that revolve around techno-cultural production and consumption. The glitch practitioner should certainly observe and interpret through a lens of malfunction, seeking the ways a given text’s production results from various overt malfunctioning systems and processes. Yet this is only one half of the glitch practitioner’s task. Her other task is to critique the ways in which the given text obscures its own materiality, its own production, its noise and malfunction. By design, most texts conceal these characteristics in favor of a highly polished exterior, and the glitch critic must locate, highlight, and foreground the noise contained within each system, and attempt to reveal the means and politics behind such obfuscation.


<i>The glitch is a posthuman phenomenological happening; it shapes and is shaped by both human and nonhuman actors. Indeed, all composit¡0n emerges from complex networks of actors.<i>

While it is important to understand the glitch as an essential ontological condition of all objects and systems, as I have discussed, we must also discuss the phenomenological concerns of glitch theory. While objects and networks exist in perpetual glitch-potentiality, the glitch is indeed a momentary event in-between functionality and failure. It is a moment, a happening, which is documented and re-presented in the form of glitch ∆rt. Therefore, we need to briefly explore the moment of the glitch in terms of experience and perception.

There is no doubt that glitch composit¡0n (or glitch studies, or glitch ∆rt) is a tool intended for humans to apply as a sort of heuristic; in this way, Menkman is correct in framing glitch studies as both a technological and socially constructed affair. Yet her claim that “[glitches] do not exist outside of human perception” is problematic.54 It is true that glitch ∆rt does not exist outside of human perception; glitch ∆rt is bound within human constructions of aesthetic qualities and production. The glitch as a phenomenological happening, however, as a fluid state of mal/function, must exist outside of human perception; the results of various glitch acts have very real impacts on the forms, functions, and alliances experienced by a range of actors, both human and nonhuman.

To illustrate this point, we might look toward a direct influence of glitch ∆rt and DNM, circuit-bending. Q. Reed Ghazala first ∆rticulated the folk ∆rt known as circuit-bending in 1996 as “the process of creative short-circuiting by which standard audio electronics are radically modified to produce unique experimental instruments.”55 Ghazala recounts the his first circuit-bending experience as quite accidental:

Sometime during the psychedelic 1966-1967 “Summer of Love” era, in a rush to find a forgotten item for a lost-in-time project, I closed my desk drawer and the world changed…In my drawer a small battery-powered amplifier’s back had fallen off, exposing the circuit. It was shorting out against something metallic, causing the circuit to act as an audio oscillator. In fact, the pitch was continuously sweeping upward to a peak, over and over again.56

Ghazala’s encounter with electronic failure, the sound of malfunction, began what would be a lifelong pursuit:

I immediately thought: If this can happen by accident, what can be made to happen purposefully? If this can happen to an amp, not supposed to make a sound on its own, what might happen if one were to short out circuits that already make a sound, such as keyboards and radios and toys?57

Ghazala soon modified his amplifier with various electronic components, added body-contacts and photoresistors, and rehoused the circuit several times, and performing his alien instrument much to the confusion of those around him. The innovation of and accessibility to new, more complex circuits caused new circuit-bent instruments to emerge from Ghazala’s laboratory. He would continue to work on the creative short-circuiting of various sound-making devices.

By the time Wiley Press published Ghazala’s comprehensive 2004 book, Circuit-Bending: Build Your 0wn ∆lien Instruments, a host of other circuit benders had emerged worldwide. Due especially to the accessibility to the ∆rt of circuit bending, both in terms of minimal cost and required knowledge, circuit-bending became a growing phenomena in the early 2000s. ∆rtists such as Pete Edwards (aka Casper Electronics), ∆ndy Ben, Phillip Stearns, Dave Wright, and several others became active circuit-bending performers and educators58 in the United States. Yet circuit-bending also grew rapidly in Western Europe, p∆rticularly in the United Kingdom59 and the Netherlands.60 While circuit-bending remains confined to relatively small numbers and has not achieved widespread recognition, a community of practitioners does remain intact and active in ∆rtistic, musical, and educational capacities.

Circuit-benders often describe their instruments in the language of organic beings: Ghazala calls some of his creations (as well as other, non-circuit-bent instruments) “new, albeit temporary creature[s]” that are much more like people than usually understood:

Conceptually, a living instrument is somewhat more difficult. You and I are living instruments. We accept that our voices will change, becoming deeper over time, quieter in the end, and some day failing. We accept that our friends and lovers will change as they age. However, can we accept this in our musical instruments?61

∆nother ∆rtist describes circuit-bending as a process of “rewiring the veins within the organism so that it bleeds differently.”62 While these ∆rticulations of instruments as living beings are neither official nor consistent (Ghazala also refers to his instruments as devices, machines, instruments, for example), even the brief explorations of such ∆rticulations suggest very different approaches to composit¡0n and conceptualizations of the composer/instrument relationship.

In fact, to distinguish the composer from the instrument is an error long committed by those living and writing in a culture still in the shadows of Modernism (the fabrication and enforcement of a nature-culture distinction). Circuit-bending circumvents the traditions that drive an imperialist wedge between humans and nonhumans in the creative process, suggesting instead a sort of amalgamated, hybridized event-as-composer. Ghazala’s writings over and again address the joining of human and nonhuman. 0ne of Ghazala’s first explorations in circuit bending included the integration of human bodies into the circuitry via “body contacts,” which are simply metal contacts—drawer knobs, threaded brass light fixture balls, whatever—that are wired to the pair of circuit-bending points. Each of the two circuit points goes to its own body-contact. Nothing is wired between them at all... no switches, potentiometers, sensors…nothing. These contacts, when mounted on the instrument's case, are meant to be bridged by the player's body. This placing of human flesh amidst the circuitry, now conducting electricity as surely as any other component on the board, turns the body into a potentiometer of sorts. ∆ variable human resistor (but then, mustn't we all be already?).63

The body-contact certainly begins to suggest changes in the human-nonhuman relationship. Not only has the circuit become a sort of living flesh, but the human has become an electrical component, a resistor, a p∆rt of the circuit. Ghazala continues: “Body-contacting was one of the very first things I found possible within the bending process. From the st∆rt I had the feeling that I was transformed in some way when body-contacting an instrument, myself becoming a p∆rt of the circuitry as surely as any capacitor soldered in place.”64 Further, Ghazala understood that the happening, the moment of sonic creation in circuit-bending was not merely a result of two distinct entities interacting; instead, a sort of hybridization had occurred, a “new creature” was born when he could no longer “see where either the amp or I began or ended. We were one.”65 Ghazala named this new creature a “BE∆sape,” which stood for “Bio-Electronic ∆udiosapian. Instrument or animal, hybrid or mutant, musically as well as zoologically we clearly have a horse of a different color. Yes, the BE∆sape’s material is temporary, its existence momentary. Like you and me.”66

Returning to my critique of Menkman’s argument that the glitch is only perceivable by humans, let us briefly consider the case of a circuit bent toy keyboard. ∆s the bender constructs new networks of switches, buttons, and potentiometers, the instrument changes both in terms of its constituent materiality and its sonic expression. Such expression is certainly perceived by humans as a glitch (or glitch ∆rt); yet the glitch in this case is not perceived directly by the human. The human observer only observes the ∆rtifact, the proof of the glitch. The actual glitch is felt only by the instrument, sometimes to the point of complete electronic failure or inaudible expression. Further, occasionally a combination of “bends” fails to yield any perceivable output whatever. In this case, neither the glitch nor the glitch ∆rtifact are evident to human actors (except in the form of silence), but remain very real to the instrument and its components.

I do not mean to imply here that nonhuman actors are somehow aware or conscious in the same way as their human counterp∆rts, as the word “perception” frequently requires. Nor do I wish to somehow deprive humans of consciousness, relegating them to mere objects. Rather, I dispute the anthropocentric assessment of the glitch as a phenomenon relegated to human perception. Instead, we might consider Ian Bogost’s ∆lien Phenomenology, in which he argues for a metaphysical model in which all objects, human and nonhuman, material and conceptual, experience the world in relation to one another.67 In this way, glitch theory resists the anthropocentric, modernist impulse to set opposite culture and nature, humanity and “everything else.”68 Glitch composit¡0n borrows from 0bject-0riented 0ntology and Speculative Realism in its placing of all objects (or actants) on equal ontological69 and phenomenological footing. ∆ll objects exist equally, and all objects experience the world equally (i.e., independently of human interpretation and/or observation).

The glitch critic, then, must move beyond the ways in which failure, malfunction, and error affects human actors, especially the author(s) and audience(s). Instead, she must understand textual and cultural production in more complex, ecological terms. In other words, following Latour,70 knowledge production is a collaborative affair co-performed by humans and various inscription devices. Similarly, we must understand reception as a supra-human affair, as texts interact with and are perceived/received by a number of non-human objects.


<b>Wr¡t¡ng D¡rty New Med¡∆</b>

Thus far I have made only beginning gestures toward theorizing glitch composit¡0n. I have proposed that we approach composit¡0n as an inherently noisy, critical, post-human collaboration in which we seek and highlight malfunction within systems. If I have adequately made the case for such an approach, how then do we carry this out as writers and as teachers of writing? How do these ideas translate into our work, and most importantly, what do we gain from a new, “glitchy” approach to composit¡0n?

Most of the thoughts behind this work stem from reading the opening chapter of Writing New Media as a graduate student, in which Anne Wysocki defines new media texts in really simple terms: “as texts where we keep their materiality visible, both as we work to make them and as we hold them before us” (19). In fact, what I am about to propose as writing dirty new media is revisiting, expanding, and illustrating Wysocki’s call for composers to both be aware of and communicate to their audiences the materialities, subjectivities, and networked nature of their text. But whereas Wysocki seems to propose a composit¡0n that makes use of adding and combining various modes and media to enhance the visibility of the text’s materiality, I propose a composit¡0n that alters or disrupts or interrupts the content of the text and imposes a kind of discomfort on the audience. For, in order to know of the water, the fish must be removed from the w∆ter, ∆nd such ∆ remov∆l is d∆ngerous ∆nd suffoc∆ting ∆nd sometimes f∆t∆l. But surely, upon returning to the water, the fish can distinguish between the air environment and the water environment.

In order to practice glitch composit¡0n—or to write dirty new media—we must tactically—by way of interruption or irregularity—reveal our technological coauthors, in turn revealing the materiality and politics of those coauthors. There are several ways we can accomplish this feat, but I will briefly outline three approaches here: first, additions to traditional texts (I will call these “acknowledgments”); second, transparent, real-time performances of composit¡0n processes like screencasting (I will call these “performances”); third, practices that disrupt symbolic systems and interfaces themselves (I will call these “modulations”). In the concluding pages of this ∆rticle, I will define suggestions for composit¡0n methods and illustrate some of the ways composers are employing them, though the authors themselves may or may not identify their process/style/philosophy as glitch or DNM.



In s0me contexts, we need to write texts that are traditionally formatted. academic disquisitions, professional and technical writing, (some) ∆rticles and b00ks, and so on. If we cannot radically disrupt flows of information, as I will describe later in this secti0n, how do we reveal our technological, nonhuman, ambient coauthors? We might simply include a narrative or acknowledgment with the text that explains and describes these actors’ impact on the production of the work. In my own teaching, I ask students to submit a reflective c0mpani0n t0 each of their works. These reflections require students to trace their composit¡0n process through technøløgies, and discuss how they influence both the production and reception of the work. Students are also asked to describe accidents, unexpected changes, and failures of the process. Such an exercise urges composers to think through and reflect on their composit¡0n process as a networked affair that enlists the influence of subjective, political techn0l0gical act0rs.

This practice is neither new nor radical. Writers and ∆rtists have been talking about this for a very long time, though sometimes not in the language of post-human collaboration. In her b00k Writing on Drugs, Sadie Plant describes the ways in which a range of drugs—from opium to hashish to LSD—not only emerged as subjects of literature throughout history, but as active agents in writing processes themselves. Samuel Taylor Coleridge’s famous poem “Kubla Kahn,” a classic of the Romantic period in which the genius author is often said to have emerged, was in fact not a result of individual genius, but of extensive opium use. Coleridge himself described the material conditions of the poem’s production after he fell into:

a profound sleep, at least of the external senses, during which time he has the most vivid confidence, that he could not have composed less than from two to three hundred lines; if that indeed can be called composit¡0n in which all the images rose up before him as things, with a parallel production of the correspondent expressions, without any sensation or consciousness of effort. on awakening he appeared to himself to have a distinct recollection of the whole, and taking his ink, pen, and paper, instantly and eagerly wrote down the lines that are here presented. (Qtd. in Plant 11)

Likewise, Robert Louis Stevenson’s classic tale The Strange Case of Dr. Jekyll and Mr. Hyde was written during a cocaine binge lasting nearly a week. Stevenson described his work not as a figurative c0llab0rati0n, but as a literal, personified c0llab0rati0n between him and characters that would visit him in his dreams. “The Little People, or Brownies, the characters who…wrote his plots and dreamed his scenes for him…“who do half my work for me while I am fast asleep, and in all human likelihood, do the rest for me as well, when I am wide awake and fondly suppose I do it for myself” (Plant 7o).

Plant’s book is a wonderful example of a glitch approach to understanding literature and authorship. She seeks the interruptions, the noise, the stories of our stories that are forgotten or muted because they do not adhere to the clean model of the individual, inspired genius. The authors she interrogates, especially those that are sometimes treated historically as geniuses, have often themselves acknowledged their nonhuman c0llab0rat0rs. This is writing dirty new media. This is glitch c0mp0siti0n.

Thomas Rickert makes a similar, though brief, gesture in the acknowledgments section of his book ambient Rhetoric. He writes:

A book on ambience will have much to acknowledge—people, events, places, music, moods, and more…a number of locations have proved to be important for writing and revising this work…Greyhouse Coffee Shop, Scotty’s Brewhouse, and my basement, with its vintage 1970s stereo (aR-98LS and now Snell Type a III speakers) and a large selection of ambient, electronic, prog, and jazz vinyl…The seed essay for this book, “In the House of Doing,” was written in 2004 while I was on prednisone for an allergic reaction, and oddly, in 2o12, at project’s end, I find myself again on prednisone. (xxi-xxii)

Rickert’s acknowledgments are brief and do not give us much of an idea how the nonhuman factors impact his work, nor does it seem to be a rigorous cataloguing of c0llab0rat0rs. Yet Rickert’s gesture is important to the kind of c0mp0siti0n I propose here. What if our disciplinary body of scholarly work was transparent in terms of technøløgies used, personal experiences lived, chemicals ingested, dis/abilities accounted for, and so on? Would the quality or effectiveness of the final product suffer? Would our perception of brilliant work fade? I doubt either of these fates. I suspect that we would find that we all have much more in common that previously thought, and that the sometimes intimidating undertaking that is scholarly production would become much less mystical and much more approachable.

Lest I fail to perform that which I ask you to perform: this ∆rticle grew out of my dissertation, which grew out of seminar papers taken in Russian ∆rt & architecture with Dr. Kris Groberg, a Seminar on authorship Theory with Dr. Amy Taggart, and sections of my comprehensive exams directed by my director and advisor, Dr. Andrew Mara. I wrote half of this ∆rticle in TextEdit on a Macbook Pro, and finished/edited it in Microsoft Word. A significant portion of this text (and in some ways the overarching argument) was written after comments from Technoculture reviewers. I ingest chemicals, some prescribed and some not prescribed, for ADHD, anxiety, and depression, and bipolar (dis)order. Before words reach the word processing interfaces, I use a Pilot G-2 pen on a sketch notebook to collect, gather, and (re)arrange my thoughts. I am writing in the basement of my ex-wife’s home, where I have spent this summer with my children. Perhaps such a list could go on indefinitely, but these come to mind as especially influential factors on my present states and intellectual/material production.

When I write about the material, chemical, social, and physical/psychological conditions of the production of this ∆rticle, I am struck at how complex and strange composit¡0n really is. How so many situations, states, events, humans, technøløgies, interfaces, places, chemicals, feelings, etc., collide to form a written work. Yet this is seldom spoken of, even less seldom stated openly. This kind of closeted authorship bears a striking resemblance to the kind of slick, polished, invisible interfaces with which so much of our culture consumes uncritically. Perhaps Modernist auth0rship is the black b0x we 0ught t0 break 0pen, disrupt, and reimagine.

So in our ∆rticles, monographs, conference presentations, disquisitions, a glitch composit¡0n calls for our transparency. We might signal those contexts and actors in our writing, we might list them in acknowledgements. Perhaps footnotes or endnotes. Likewise, we can teach our students to examine their own working relationships with composit¡0nal interfaces, tools, and contexts, and ask them to be similarly transparent with one another. With enough observation, we can all make careful choices when choosing the material conditions of composit¡0n. We can choose our coauthors carefully.



While acknowledgments include strategies for those spaces in which there is little room for formal irregularity (i.e., when composers must adhere to a specific genre or perform institutionally-sanctioned writing practices), “writing” is decreasingly understood only as words on a page, virtual or analog. From college c0mp0siti0n c0urses t0 web-based j0urnals in Rhet0ric and Composition (TechnocultureKairosEnculturation, and more), what counts as “writing” has expanded into sound, video, images, games, and more. These spaces offer composers opportunities not just to explore the possibilities of new media composit¡0n, but to perform composit¡0n in a way that foregrounds technological c0llab0rat0rs and netw0rks, embraces err0rs, and immerses the audience in a highly visible techn0l0gical envir0nment.

Here I turn to the work of Daniel Anderson, rhetoric and composit¡0n scholar and ∆rtist at the University of North Carolina at Chapel Hill. Much of Anderson’s work takes the form of screencasts, in which the audience witnesses the happenings on the desktop of his computer. Traditionally used for tutorials and screensharing, screencasting offers us a way to write that does not hide behind a finished document or an edited and rendered video or a polished webpage. When we watch Anderson’s work, we see his cursor move. We see him make (and fix) typing errors. We see him change his mind. We see him open the wrong window. We see what programs he is using. We see the time of day this was written. His techn0l0gical c0auth0rs are c0mpletely visible t0 the audience. This is glitch c0mp0siti0n. This is writing dirty new medi∆.

Anderson’s work is not only captivating and beautiful despite its moments of err0r and malfuncti0n, it is captivating and beautiful because 0f th0se m0ments. They remind us of our own gestures and movements and writing behaviors, the way we move a cursor over a desktop, the way we write and delete and rewrite. The way we make a wrong click. The way our deskt0ps l00k. and s0 0n. Anderson’s work is both technologically transparent and incredibly human.

Glitch/DNM ∆rtist Nick Briz also makes use of screencasting, though in a way that more closely resembles documentary filmmaking. Consider his work below, titled Apple Computers. Like Anderson, Briz performs his composit¡0n by opening and closing various windows, revealing the technøløgies with which he is composing, his own keystrokes and cursor movements. It retains many formal features of a documentary film, but allows the audience into the environment in which it was produced. The work becomes transparent as the nonhuman coauthors become visible. This is glitch composit¡0n. This is writing dirty new medi∆.

When I teach c0mp0siti0n and digital media pr0ducti0n, I find that teaching the screencast is vital to asking students to consider techn0l0gies and interfaces as coauthors. There is often great resistance, or perhaps anxiety is a better word, because the final product does not look much like a final product. It is a real-time performance, and most writing is an asynchronous performance that we can shape and hone before it reaches an audience. But when we perform writing in something like a screencast, our moves and thoughts and decisions are visible. our strategies and tricks are revealed. Like in the previous section when I discussed acknowledgments, we reveal ourselves. We become vulnerable writers. We cannot hide behind editing and p0st-pr0ducti0n.



In special circumstances, we are not only able to acknowledge and perform a networked, collaborative composit¡0n, but we have the freedom to radically alter, disrupt, or otherwise m0dulate symb0lic systems 0r interfaces with which we c0mp0se. In many ways, m0dulati0ns serve as a kind 0f speed bump t0 the ∆udience, f0rcing them t0 m0re sl0wly ∆nd c0nsume the text m0re c∆refully. I h∆ve perf0rmed s0me 0f these m0dul∆ti0ns in this text, th0ugh I h∆ve ∆ttempted t0 err 0n the side 0f c0nservatively altering the text s0 that it is readable. F0r instance, because this text is digital in nature (b0th in its pr0ducti0n and publicati0n), I have substituted characters in the traditi0n 0f leet, 0r 1337, 0r leetspeak. These are intended t0 signal this text’s digital materiality and interrupt audiences’ typical reading rhythms/practices.

In their 2006 w0rk, “Hacking 0pen T0gether: New Media ∆rt, activism and Computer Counter Cultures,” j0nCates and Jake Elli0t argued that:

The v0cabulary at the edge 0f ‘hackerd0m’ is a kind 0f p0pulist c0ded satire 0f elitism called l33t. l33t bec0mes n0t 0nly a v0cabulary but a pervasive affect. ‘The’ bec0mes ‘the’ and ‘0wned’ bec0mes ‘pwned’ as mistakes f0ld int0 the language, dirty glitch bec0mes linguistic at0m m0ving h0riz0ntally + playfully rather than being c0ntr0lled by linguistic legitimacy.71

These practices are n0t attempts t0 make their w0rk unintelligible, but rather a kind 0f linguistic perf0rmance and illustrati0n 0f DNM. That is, when they the0rize ab0ut n0ise and dirtiness and disrupti0n, they als0 write in that style, use th0se devices in written texts. Bel0w is a screensh0t 0f gl1tch.us, the h0me 0f Cates’ “unstable b00k f0r an unstable ∆rt.” His use 0f language is highly irregular, s0metimes illegible, but unmistakably digital and hacker-influenced. Cates’ writing reminds us that in 0rder t0 break fr0m the techn0culture 0f cleanliness and mythical functi0nality, we must als0 break fr0m the highly regulated symb0lic systems that stem fr0m the same impulse. We must disrupt in style wh∆t we critique in principle.

Screensh0t 0f http://glitch.us.

Screensh0t 0f glitch.us.

Just as Cates’ writing inc0rp0rates leetspeak, a m0dified versi0n 0f human language, we might als0 think ab0ut interweaving c0mputer languages with human languages. J0hn McDaid’s Uncle Buddy’s Phant0m Funh0use (1993) and Talan Memm0tt’s Lexia t0 Perplexia (2000) are hist0rically significant and 0utstanding illustrati0ns 0f w0rks that reveal the hidden language(s) that g0vern the behavi0r and appearance 0f the “actual” text being c0nsumed. We might, then, make gestures as simple as including HTML c0de in the readable text, a gesture I’ve made minimally in this piece.

In the c0ntext 0f multimedia writing, 0ur 0pp0rtunities f0r m0dulati0n increase significantly. When writing with s0und, image, and vide0, we can draw directly fr0m the techniques 0f glitch and DNM. We might databend 0r pixeldrift 0r datam0sh. We might intenti0nally degrade the quality 0f media files t0 highlight their materiality, such as this audi0 t00l. We might simply c0mp0se with c0mpressi0n artifacts, sampling err0r t0 build rhet0rical texts. See and teach the w0rk 0f stalli0!, namely his 2004 album True Data, in which he translated vari0us data files as audi0, then used th0se s0unds t0 pr0duce music.

When I teach multimedia c0mp0siti0n c0urses, I present many 0f these meth0ds and ask students t0 pr0duce small glitch art p0rtf0li0s in which they b0th seek and pr0v0ke malfuncti0ns in systems. While a strange c0ncept at first, many students pr0duce th0ughtful and critical w0rk. Students have taken 0n issues such as the artificially p0lished nature 0f p0pular culture, the representati0n 0f w0men in art, even representing their failed r0mantic relationships.72

H0wever we m0dulate 0ur 0wn texts as c0mp0sers, the salient idea and purp0se 0f glitch c0mp0siti0n is quite simple. L0cate and highlight the many invisible languages 0f c0mp0siti0n. S0me langu∆ges, like HTML, ∆re invisible bec∆use they ∆re n0t me∆nt t0 be re∆d by hum∆ns, ∆t le∆st n0t in this c0ntext. But they ∆re n0t inert l∆ngu∆ges. N0r ∆re the l∆ngu∆ges in which we c0mp0se. They ∆re built, pr0m0ted, ∆nd regul∆ted by th0se they benefit. We must write 0ur interf∆ces, write 0ur envir0nments. 0ur writing c∆n m∆ke str∆nge the invisible w∆ters 0f c0ntemp0r∆ry techn0culture, ∆ culture still en∆m0red with upgr∆des ∆nd upd∆tes ∆nd user-friendliness.

<b>the end ¡s here</b>

From gl¡tch c0mp0s¡t¡0n, we gain the kind of practice—both as composers and as audiences—that Hawisher, Selfe, Selfe, Wysocki, and so many others have prompted and challenged us to undertake. Such practices are d∆ngerous ∆nd unc0mfort∆ble, ∆nd they require much un-le∆rning. We must compose with 0ur technøløgies, not on them. We must allow for and construct moments of ¡nterruption and ¡rregularity and gl¡tch. We must endure n0ise and moments of incoherence. We must abandon the myth that linear and clear and correctly formatted prose equals academic rigor and scholarly legitimacy. But these risks and discomforts may also yield the kind of freshness and creativity in scholarship and pedagogy we value and continue to call for in rhetoric and composit¡0n.



  • 1. Later in this ∆rticle, I will explain circuit-bending’s origins and applications. But briefly, circuit-bending is the act of creatively short circuiting electronic devices to create new instruments
  • 2. “Glitch,” Oxford English Dictionary, accessed March 30, 2013, oed.com
  • 3. Alex Reid, “Composing Objects: Prospects for a Digital Rhetoric” (paper presented at Computers and Writing, Raleigh, NC, December 6-9, 2012).
  • 4. Ibid.
  • 5. Ibid.
  • 6. Bruno Latour, We Have Never Been Modern (Cambridge: Harvard UP, 1993).
  • 7. Geoffrey Sirc, English Composition as a Happening (Logan: Utah State UP, 2002).
  • 8. It is important to note here that glitch and dirty new media are, by design, decentralized movements. In fact, when I say “centered primarily in Chicago and Amsterdam,” I refer to common meeting places for organized festivals and conferences like gli.tc/h. But admittedly, I spend most of my time discussing the work of ∆rtists/thinkers out of the gli.tc/h community.
  • 9. Nick Briz, “Glitch Art Historie[s]: Contextualizing Glitch Art, a Perpetual Beta.” Accessed February 28, 2013, nickbriz.com
  • 10. Hugh S. Manon and Daniel Temkin, “Notes on Glitch,” Wrong (Winter 2011).
  • 11. See Steven Hammer, “Meatspace Glitch: Exploring Pre-Digital Glitch/Art in/with Human Bodies” (paper presented at Gli.tc/h 2112, Chicago, Illinois, December 6-9, 2012). And Steven Hammer, “Zaum as Linguistic Glitch, Glitch as Critical Theory.” Accessed February 28, 2013,stevenrhammer.com/2013/02/28/zaum-as-linguistic-glitch-glitch-as-critical-theory.
  • 12. Rosa Menkman, The Glitch Moment(um) (Amsterdam: Colophon, 2011), 7-8.
  • 13. Ibid, 11.
  • 14. Ibid.
  • 15. Ibid.
  • 16. Ibid, 55.
  • 17. See Menkman, The Glitch Moment(um) in which she states “I do not feel locked into one medium or between contradictions like real vs. virtual or digita1 vs. analog,” (p. 55), and Curt Cloninger, “GltchLnguistx,” which calls for several Platonic “dichotomies to be exploded” (23-24).
  • 18. Hugh S. Manon and Daniel Temkin, “Notes on Glitch,” Wrong (Winter 2011), 7.
  • 19. Ibid,6-7.
  • 20. Curt Cloninger, “GltchLnguistx: The Machine in the Ghost/Static Trapped in Mouths” In Gli.tc/h Reader[ror] 20111 (Unsorted Books), 32.
  • 21. Ibid, 31.
  • 22. Cloninger’s assessment of the analog glitch as being slower and more gradual is correct in a majority of instances. Several examples of nearly immediate analog glitches exist, however: various physical, chemical, and electrical interruptions occur in the human body, for instance. We might consider the use of Transcranial Magnetic Stimulation, for instance, a method of using magnetic pulses to noninvasively manipulate the polarity of neurons in the human brain. In the words of Mark George of the Medical University of South Carolina, “We can turn a p∆rt of the brain up or down, or temporarily turn it off.” TMS is indeed an immediate and sudden (analog) glitch.
  • 23. jonCates, “1337 Years of Dirty New Media,” accessed April 1, 2013, gl1tch.us/files/1337YEARS.pdf
  • 24. Ibid.
  • 25. Erica Peplin, “Dirty New Media Art,” Chicago Art Magazine, 0ctober 25, 2011, accessed April 1, 2013, chicago∆rtmagazine.com/2011/10/dirty-new-media-∆rt/
  • 26. Steven Hammer and Shawne Holloway, “1_approach.dnm: (inter)active viewership in dirty new media,” Dirty New Media Programme, Curated by Antonio Roberts for The Barber Institute of Fine Arts, Birmingham, England, March 2012. Accessed April 1, 2013, issuu.com/hellocatfood/docs/dnm_programme
  • 27. Ibid.
  • 28. Ian Bogost, Alien Phenomenology (Minneapolis: U of M Press, 2012)
  • 29. Nick Briz, “Apple Computers,” accessed April 1, 2013, youtube.com
  • 30. Marshall McLuhan and Quentin Fiore, The Medium is the Message: An Inventory of Effects (Berkeley: Gingko Press, 1967), 26.
  • 31. Rosa Menkman, The Glitch Moment(um) (Amsterdam: Institute of Network Cultures, 2011), 11.
  • 32. Alex Reid, “Composing 0bjects: Prospects for a Digital Rhetoric” (paper presented at Computers and Writing, Raleigh, NC, December 6-9, 2012).
  • 33. See Alexei Kruchenykh, “Declaration of the Word as Such,” In Words in Revolution: Russian Futurist Manifestoes, 1912-1928, ed. Anna M. Lawton and Herbert Eagle (Washington: New Academia Publishing, 2004) and Alexei Kruchenykh, “New Ways of the Word (the language of the future, death to symbolism),” In Words in Revolution: Russian Futurist Manifestoes, 1912-1928, ed. Anna M. Lawton and Herbert Eagle (Washington: New Academia Publishing, 2004)
  • 34. See Helene Cixious, Keith Cohen, and Paula Cohne, “The Laugh of the Medusa,” Signs 1 (1976)
  • 35. Menkman, “Glitch Studies Manifesto,” 345.
  • 36. James Pritchett, “From Choice to Chance: John Cage’s Concerto for Prepared Piano,” Perspectives of New Music 26 (1988), 50.
  • 37. Ibid, 56.
  • 38. Ibid.
  • 39. Luigi Russolo, “The Art of Noises,” Futurist Manifestos (1973).
  • 40. The claim of Italian Futurist influence is a source of longstanding debate. See Charlotte Douglas, “The New Russian Art and Italian Futurism” Art Journal 34.3 (1975): 229-239.
  • 41. Ibid, 229.
  • 42. Natalia Murray, The Unsung Hero of the Russian Avant-Garde: The Life and Times of Nikolay Punin (Leiden: Koninkijke Brill, 2012), 4.
  • 43. David Burliuk, Alexander Kruchenykh, Vladimir Mayakovsky, and Victor Khlebnikov, “Slap in the Face of Public Taste,” in Words in Revolution: Russian Futurist Manifestoes, 1912-1928, ed. Anna M. Lawton and Herbert Eagle (Washington, D.C.: New Academia Publishing, 2004), 51-2.
  • 44. Gerald Janacek, Zaum: The Transrational Poetry of Russian Futurism (San Diego: San Diego UP, 1996), 1; Craig Dworkin, “To Destroy Language,” in Textual Practice 18.2 (2010), 185.
  • 45. Alexei Kruchenykh, “New Ways of the Word (the language of the future, death to symbolism,” in Words in Revolution: Russian Futurist Manifestoes, 1912-1928, ed. Anna M. Lawton and Herbert Eagle (Washington, D.C.: New Academia Publishing, 2004), 72.These links were shared with per miss0n fr0m f0rmer students.
  • 46. Alexei Kruchenykh, “Declaration of the Word as Such,” in Words in Revolution: Russian Futurist Manifestoes, 1912-1928, ed. Anna M. Lawton and Herbert Eagle (Washington, D.C.: New Academia Publishing, 2004), 67.
  • 47. Kruchenykh, “New Ways of the Word,” 70.
  • 48. Ibid, 73.
  • 49. Ibid, 73-75.
  • 50. Ibid, 75.
  • 51. Ibid.
  • 52. Ibid.
  • 53. jonCates, “ᶀƦ⟲Ⱪ3ᥒ ⟒Ɍ3
  • 54. Menkman, “Glitch Studies Manifesto,” 345.
  • 55. Q. Reed Ghazala, “The Casio SK-1: Escapist Sample Shuttle,” Experimental Musical Instruments 12 (1996).
  • 56. Q. Reed Ghazala, “The Folk Music of Chance Electronics: Circuit-Bending the Modern Coconut” Leonardo Music Journal (2004): 97.
  • 57. Ibid.
  • 58. Circuit-bending practitioners quite often p∆rticipate in both creation/performance and education/community engagement.
  • 59. Home of an active online community, circuitbenders.co.uk
  • 60. See the works of Gijs Gieskes, Karl Klomp, and others.
  • 61. Ghazala, “The Folk Music of Chance Electronics,” 101.
  • 62. “What is Circuit-Bending” March 10, 2006, video clip, accessed February 10, 2013, YouTube, youtube.com, 1:48.
  • 63. Q. Reed Ghazala, “Body Contacts,” Accessed February 15, 2013, anti-theory.com.
  • 64. Ghazala, “The Folk Music of Chance Electronics,” 101.
  • 65. Ibid, 17.
  • 66. Ibid.
  • 67. Ian Bogost, Alien Phenomenology (Minneapolis: U of M Press, 2012)
  • 68. See Bruno Latour, We Have Never Been Modern (Cambridge: Harvard UP, 1993)
  • 69. See Graham Harman, Prince of Networks: Bruno Latour and Metaphysics (Melbourne: re.press, 2009)
  • 70. See Bruno Latour and Steve Woolgar, Laboratory Life: The Construction of Scientific Facts, (Princeton: Princeton UP, 1986).
  • 71. J0n Cates and Jake Elli0t, “Hacking 0pen T0gether: New Media ∆rt, activism and C0mputer C0unter Cultures,” accessed april 1, 2013, gl1tch.us/4RTCR4X0RZ.html
  • 72. These links were shared with permissi0n fr0m f0rmer students.



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Steven Hammer is an Assistant Professor of Communication and Digital Media at Saint Joseph’s University in Philadelphia, PA, where he teaches courses in digital media production and criticism, accessibility and art, and digital art theory-practices. His research and creative work focus on critical engagement with technologies, digital materiality, accessibility and art, and glitch/dirty new media methods of consumption/production. You can see more of his work at stevenrhammer.com.


© 2015 Steven Hammer, used by permission



Technoculture Volume 4 (2014)