The Ekphrastic Glitch

essay by Dawn Sinkowski

I

A standard dictionary definition describes glitch as a small mistake, something to be overcome easily:

glitch \GLITCH\ noun. 1 a : a usually minor malfunction; also : an unexpected defect, fault, flaw, or imperfection. b : a minor problem that causes a temporary setback : snag. 2 : a false or spurious electronic signal.(Merriam-Webster, 2021)

In fact, if we treat the glitch as an aberration, we miss something critically important. Glitch reminds us of the persistence of the unknown. It contains a certain kind of poetry: a machine made miracle. In order to consider the potential salvation that the glitch may offer, it’s helpful to come to a precise understanding of what glitch is. I’ll offer this narrow definition: a glitch is an analogous anomaly, produced by a mechanical system.


II

If we accept that glitch has a continuous relationship with the mechanical, we quickly arrive at the digital glitch: small instances of binary non-compliance, existing within our ever-expanding cybernetic infrastructure. While analog technologies can experience flaws and distortions that might be called glitches, I would argue that the glitch is inherently digital, and such analog disruptions can find more precise definition in other words. It is due to the over-aestheticization of the glitch that it finds its way into our language, expanding its influence and confusing its origin.

We live in close proximity to technology today, in constant interface with smartphones, computers, tablets, touchscreens, tap to pay. A glitch, when produced from a digital system, is evidence of unpredictability. It’s a reminder that barriers between the digital and analog realms are permeable. It’s a reminder that every computation, every algorithmic string, contains within it small traces of the human hand and mind, mostly invisible to the naked eye but still there. It’s a reminder that regardless of any contrary evidence, the digital system does hold flaws and therefore must be challenged.

The glitch as a philosophical perch to consider digital ontology becomes a compelling argument for open source. A binary system occasionally sputters something back to us. When technology is held in a black box, we risk missing the message and jump too quickly to assign magical qualities to technology. This missed opportunity is exploited everyday by the arrogance of Silicon Valley, in declarations of their ability to “disrupt” our lives with their products. These products often, if not always, insert themselves opaquely between our analog experiences and needs and the relentlessness of the binary. We’re supposed to be grateful for their mediation of this fraught relationship that our corporeal bodies and minds have with the merciless, never-ending strings of 0s and 1s, but what if we didn’t ask for an interpreter but rather a teacher?

The distinction between interpreter and teacher is one worth some thought. Perhaps we can say that the ultimate outcome/output of both the interpreter and the teacher is that of understanding, but the interpreter places themselves in between the two systems, acting as a singular point of comprehension and synthesis. The teacher does the opposite; perhaps first behaving somewhat like an interpreter but the eventual goal of the teacher is to put two unlike systems in close contact so a natural comprehension emerges. Both the teacher and the interpreter create ontological “knowledge” but the processes are completely different.

All of this to say: our understanding of the profound importance of glitch may well be positional. Can we lean into the glitch while resisting the urge to aestheticize? Yes, but only with some nuanced understanding of both digital and analog systems, both concurrently at work, in constant flowing tension, in need of one another. The glitch then becomes an indication that these frameworks can be spontaneously permeated. The spontaneity of a glitch is key to accepting it as a ‘analogous anomaly’ produced by a mechanical system. A digital system can contain the potential for a glitch. This potential lies dormant until the analogous crashes into it, prompting an unexpected digital expression. Glitch becomes a digital expression of analog energy.


III

Digital ontology relies on combinatorial logic. There is no memory, there is no history; there is only input/{computational.process}/output. If glitch is output, glitch must be input. Luciano Floridi describes Wheeler’s ‘It from bit’ participatory universe as a place where “every item of the physical world has a bottom- a very deep bottom, in most instances- an immaterial source and explanation” that eventually reduces to 0 or 1 (Floridi 2008, 155). Digital systems attempt to take ownership of domain at a scale that the analog system would not dare; and when confronted with a glitch outcome, the digital system can only attempt to reconcile by looking within its own operation.

The analog world, on the other hand, relies on sequential logic, built on observations of what came before. The analog system necessarily recognizes its limitation; within it, we are small, at times poetic and always carry the faint stink of our pasts. When Kaja Silverman writes, “...an analogue photograph is the umbilical cord connecting us to what we have loved and lost, to what is gone because we failed to save it, or to what might’ve been, but now will never be.” (Silverman 2015, 4), she’s reminding us that in the analog, we live with contradiction. Our world is unpredictable and vast. When confronted with an anomaly, we can only look to the stars and admit that there is much we don’t know.

Digital systems often carry an illusion of immortality, like cybernetic dodder weed that’s overrun a landscape; large, consistent, overwhelming, ineradicable. Glitch reminds us of death, transformation, release. The act of transposing meaning onto the glitch is further proof of its sublime nature. The glitch indicates where we stand in relation to the machine. When we look at a jumble of datamoshed pixels and see something pleasing, we see ourselves in the machine. To a layperson, a glitch can be maddening, beautiful or unreproducible. To an engineer, a glitch is a signal of the human hand in the computer, it’s an invitation, a provocation. The glitch gathers all this multiplicity, analogicity so near to the motherboard, and it reminds us of life's beautiful failures.

As Silverman writes of photography, “it helps us to see that each of us is a node in a vast constellation of analogies.”, so does the glitch, as it's tethered to the machine and yet so inexplicable and beautifully flawed. We see ourselves inside the machine, via the glitch, bound by the system and yet able to break the system. Silverman continues, “These similarities are authorless and untranscendable because there is no metaphysical agency to which they could be imputed, and no other domain to which we might retreat, in order to be alone...It is also only through this interlocking that we ourselves exist. Two is the smallest unit of Being.” (Silverman 2015, 11). If the glitch is a byproduct of the union of two discrete ontologies, the digital and the analog, could it represent the existence of a third space? A radical space of 2, the union, a hybrid, a place to acknowledge and visit but not a place that can currently sustain the full pressure of being.


IV

Floridi, in his denunciation of digital ontology, essentially argues that there are two ways to interrogate this framework: metaphysically and mathematically. He allows that the metaphysical argument is stronger but less knowable, mathematical argument is weaker but more defensible (Floridi 2008, 155). Thomas Metzinger calls this ‘the ineffability problem”, the inherent difficulty or even impossibility of arguing with metaphysics. We, as analog beings, are always constrained by the limit of our perception of the world. With our sequential logic, we anticipate the digital output. When we meet a glitch, the non seamless interaction with technology reminds us of things it often wants us to forget; our bodies, control over our compulsive behaviors, our relationship to these products.

This casual forgetting of self is interesting when we consider Deleuze’s idea of the paradox of infinite identity (Deleuze 1969 (1990), 2). Within an analog framework, this idea results in Alice in Wonderland, who Deleuze observes as an embodiment of vastness, containing all paradox within. She can be large or small, there is no fixed identity only the continual process of constructing understanding of the world around her. This idea seems to be foundational to Metzinger’s self-model. “The self is not a thing, but a process”(Metzinger 2009, 208), every day we wake up and reinforce and reconstruct our ‘selves’. This ability for continual reinvention, reinvigoration of identity clashes with the sequential logic of the analog world. Vastness grounded within ourselves, our bodies, is an almost incalculable concept. It is a limitation that our analog framework cannot handle well; but the digital easily enjoys the concept of vastness, so long as it can reduce and quantify the input.

Metzinger writes “Maybe metaphors can help. Metaphorically...you—the organism as a whole—were continuously mistaking yourself for the content of the self-model currently activated by your brain. But whereas the Ego is only an appearance, it may be false to say that it is an illusion; metaphors are always limited. All of this is happening on a very basic level in our brains (philosophers call this level of information processing “subpersonal”; computer scientists call it “subsymbolic”). On this fundamental level, which forms the preconditions of knowing something, truth and falsity do not yet exist, nor is there an entity who could have the illusion of a self.” (Metzinger 2009, 209).

Similarly, Deleuze recognizes that good sense is not merely metaphor, it is the fundamental underpinning of analogical thinking. He states of good sense: “it affirms a single direction; it determines this direction to go from the most to the least differentiated, from the singular to the regular, and from the remarkable to the ordinary; it orients the arrow of time from past to future, according to this determination; it assigns to the present a directing role in this orientation; it renders possible thereby the function of prevision; and it selects the sedentary type of distribution in which all of the preceding characteristics are brought together.” (Deleuze 1969 (1990), 76).

Digital frameworks cannot really handle paradox but they can hold metaphor, if we can get close enough. This is why the logic of both the digital and the analog are relevant and important. We mustn’t be made to choose between them or we will quickly find ourselves ill situated to take in all the paradoxes of being. As two parallel systems, moments of intersection are of particular importance. Hence, the glitch.


V

In his 1955 lecture series, Jacques Lacan stated, “...nothing unexpected comes out of the machine.” (Lacan 1991, 305). This is perhaps correct, with the singular exception of the glitch. He also notes that the emergence of cybernetics in the last 100 years necessarily relied on the ability of the digital to function as the real, without subjectivity.

And yet we would miss so much if we only lived in a real world, devoid of subjectivity. The idea of subjectivity carries the burden of a singular truth. And yet we know that the world is complex, holding the lived experiences of the multitudes. Silverman rightly points to the analog photograph as important well beyond its “evidentiary value” (Silverman 2015, 4), noting that photographs do not merely document, they also reveal. In this, she's pointing to the revelation of connection through difference. Within our contrasting experiences, there is some, not absolute, but some, possibility for shared understanding. The real and the subjective have a relationship; as sad as a world without subjectivity would be, a world without the real would also be a chaotic horror. Perhaps we can also say that a world without digital would be less vast and vibrant.

All of these conclusions seem logical, but in closing, I’d suggest that it’s important to hold the glitch in regard, as a passageway between these two worlds. A glitch begins energetically in the analog, is held dormant in the digital, and is activated by the analog, resulting in a hybrid expression. A phenomena. If we receive the glitch as an invitation, we might be able to step outside of aesthetics, outside of productivity, outside of all these concepts that freely hitch themselves to these ontological frameworks. We can perhaps begin to use the digital as metaphor, allowing us to see ourselves and to understand ourselves better. In this process, there is a promise for a more interesting future, one that isn’t self replicating but rather one constructed from new possibilities.

Bibliography

Floridi, Luciano. 2008. “Against digital ontology.” Synthese 2009, no. 168 (April): 151-178.10.1007/s11229-008-9334-6.

Lacan, Jacques. 1991. “Psychoanalysis and cybernetics, or on the nature of language.” In The Ego in Freud's Theory and in the Technique of Psychoanalysis, 1954-1955 (Book II) (The Seminar of Jacques Lacan), 294-308. New York: W.W. Norton & Co.

Merriam-Webster. n.d. https://www.merriam-webster.com/dictionary/glitch.

Metzinger, Thomas. 2009. The Ego Tunnel: The Science of the Mind and the Myth of the Self. New York: Basic Books.

Silverman, Kaja. 2015. “Introduction.” In The Miracle of Analogy or The History of Photography, Part 1, 1-12. Stanford: Stanford University Press.