“The shift from the ‘why’ and ‘what’ to the ‘how’ implies that the actual objects of knowledge can no longer be things or eternal motions but must be processes, and that the object of science is no longer nature or the universe but the history, the story of the coming into being, of nature or life or the universe....Nature, because it could be known only in processes which human ingenuity, the ingeniousness of homo faber, could repeat and remake in the experiment, became a process, and all particular natural things derived their significance and meaning solely from their function in the over-all process. In the place of the concept of Being we now find the concept of Process. And whereas it is in the nature of Being to appear and thus disclose itself, it is in the nature of Process to remain invisible, to be something whose existence can only be inferred from the presence of certain phenomena.”
-Hannah Arendt, The Human Condition
Bookending Arendt’s consideration of the human condition “from the vantage point of our newest experiences and our most recent fears” is her invocation of several “events, ” which she took to be emblematic of the modern world launched by the atomic explosions of the 1940s and the threshold of the modern age that preceded it by several centuries. The event she invokes in the opening pages is the launch of Sputnik in 1957; its companion events are named in the last chapter of the book--the discovery of America, the Reformation, and the invention of the telescope and the development of a new science.
Not once mentioned in The Human Condition, but, as Mary Dietz argued so persuasively in her Turning Operations, palpably present as a “felt absence,” is the event of the Shoah, the “hellish experiment” of the SS concentration camps, which is memorialized today, Yom HaShoah. Reading Arendt’s commentaries on the discovery of the Archimedean point and its application in modern science with the palpably present but textually absent event of the Holocaust in mind sheds new light on the significance of her cautionary tale about the worrying implications of the new techno-science of algorithms and quantum physics and its understanding of nature produced through the experiment.
What happens, she seems to be asking, when the meaning of all “particular things” derives solely from “their function in the over-all process”? If nature in all of its aspects is understood as the inter- (or intra-) related aspects of the overall life process of the universe, does then human existence, as part of nature, become merely one part of that larger process, differing perhaps in degree, but not kind, from any other part?
Recently, “new materialist” philosophers have lauded this so-called “posthumanist” conceptualization of existence, arguing that the anthropocentrism anchoring earlier modern philosophies—Arendt implicitly placed among them?—arbitrarily separates humans from the rest of nature and positions them as masters in charge of the world (universe). By contrast, a diverse range of thinkers such as Jane Bennett, Rosi Braidotti, William Connolly, Diana Coole, and Cary Wolfe have drawn on a variety of philosophical and scientific traditions to re-appropriate and “post-modernize” some form of vitalism. The result is a reformulation of an ontology of process—what Connolly calls “a world of becoming”—as the most accurate way to understand matter’s dynamic and eternal self-unfolding. And, consequentially, it also entails transforming agency from a human capacity of “the will” with its related intentions to a theory of agency of “multiple degrees and sites...flowing from simple natural processes, to human beings and collective social assemblages” with each level and site containing “traces and remnants from the levels from which it evolved,” which “affect [agency’s] operation.” (Connolly, A World Becoming, p. 22, emphasis added). The advantage of a “philosophy/faith of radical immanence or immanent realism,” Connolly argues, is its ability to engage the “human predicament”: “how to negotiate life, without hubris or existential resentment, in a world that is neither providential nor susceptible to consummate mastery. We must explore how to invest existential affirmation in such a world, even as we strive to fend off its worst dangers.”
An implicit ethic of aiming to take better care of the world, “to fold a spirit of presumptive generosity for the diversity of life into your conduct” by not becoming too enamored with human agency resides in this philosophy/faith. In the entanglements she explores between human and non-human materiality—a “heterogeneous monism of vibrant bodies” —one can discern similar ethical concerns in Jane Bennett’s Vibrant Matter. “It seems necessary and impossible to rewrite the default grammar of agency, a grammar that assigns activity to people and passivity to things.” Conceptualizing nature as “an active becoming, a creative not-quite-human force capable of producing the new” Bennett affirms a “vital materiality [that] congeals into bodies, bodies that seek to persevere or prolong their run,” (p. 118, emphasis in the original) where “bodies” connotes all forms of matter. And she contends that this vital materialism can “enhance the prospects for a more sustainability-oriented public.” Yet, without some normative criteria for discerning the ways this new materialism can work toward “sustainability,” it is by no means obvious how either a declaration of faith in the “radical character of the (fractious) kinship between the human and the non-human” or having greater “attentiveness to the indispensable foreignness that we are” would lead to a change in political direction toward more gratitude and away from more destructive patterns of production and consumption. The recognition of our vulnerability could just as easily lead to renewed efforts to truncate or even eradicate the “foreignness” within.
Nonetheless, although these and other accounts call for a reconceptualization of concepts of agency and of causality, none pushes as far toward a productivist/performative account of matter and meaning as does Karen Barad’s theory of “agential realism.” Drawing out the implications of Niels Bohr’s quantum mechanics, Barad develops a theory of how “subjects” and “objects” are produced as apparently separable entities by “specific material configurings of the world” which enact “boundaries, properties, and meanings.” And, in her conceptualization, “meaning is not a human-based notion; rather meaning is an ongoing performance of the world in its differential intelligibility...Intelligibility is not an inherent characteristic of humans but a feature of the world in its differential becoming. The world articulates itself differently...[H]uman concepts or experimental practices are not foundational to the nature of phenomena. ” The world is immanently real and matter immanently materializes.
At first glance, this posthumanist understanding of reality seems consistent with Arendt’s own critique of Cartesian dualism and Newtonian physics and her understanding of the implicitly conditioned nature of human existence. “Men are conditioned beings because everything they come into contact with turns immediately into a condition of their existence. The world in which the vita activa spends itself consists of things produced by human activities; but the things that owe their existence exclusively to men nevertheless constantly condition their human makers.” Nonetheless, there is a profound difference between them. For Barad, “world” is not Arendt’s humanly built habitat, the domain of homo faber (which does not necessarily entail mastery of nature, but always involves a certain amount of violence done to nature, even to the point of “degrading nature and the world into mere means, robbing both of their independent dignity.” (H.C., p. 156, emphasis added.) “World” is matter, the physical, ever-changing reality of an inherently active, “larger material configuration of the world and it ongoing open-ended articulation.” Or is it?
Since this world is made demonstrably real or determinate only through the design of the right experiment to measure the effects of, or marks on, bodies, or “measuring agencies” (such as a photographic plate) made or produced by “measured objects” (such as electrons), the physical nature of this reality becomes an effect of the experiment itself. Despite the fact that Barad insists that “phenomena do not require cognizing minds for their existence” and that technoscientific practices merely manifest “an expression of the objective existence of particular material phenomena” (p. 361), the importance of the well-crafted scientific experiment to establishing the fact of matter looms large.
Why worry about the experiment as the basis for determining the nature of nature, including so-called “human nature? For Arendt, the answer was clear: “The world of the experiment seems always capable of becoming a man-made reality, and this, while it may increase man’s power of making and acting, even of creating a world, far beyond what any previous age dared imagine...unfortunately puts man back once more—and now even more forcefully—into the prison of his own mind, into the limitations of patterns he himself has created...[A] universe construed according to the behavior of nature in the experiment and in accordance with the very principles which man can translate technically into a working reality lacks all possible representation...With the disappearance of the sensually given world, the transcendent world disappears as well, and with it the possibility of transcending the material world in concept and thought.”
The transcendence of representationalism does not trouble Barad, who sees “representation” as a process of reflection or mirroring hopelessly entangled with an outmoded “geometrical optics of externality.” But for Arendt, appearance matters, and not in the sense that a subject discloses some inner core of being through her speaking and doing, but in the sense that what is given to the senses of perception—and not just to the sense of vision—is the basis for constructing a world in common. The loss of this “sensually given world” found its monstrous enactment in the world of the extermination camps, which Arendt saw as “special laboratories to carry through its experiment in total domination.”
If there is a residual humanism in Arendt’s theorizing it is not the simplistic anthropocentrism, which takes “man as the measure of all things,” a position she implicitly rejects, especially in her critique of instrumentalism. Rather, she insists that “the modes of human cognition [science among them] applicable to things with ‘natural’ qualities, including ourselves to the limited extent that we are specimens of the most highly developed species of organic life, fail us when we raise the question: And who are we?” (H.C., p. 11, emphasis in the original) And then there is the question of responsibility.
We may be unable to control the effects of the actions we set in motion, or, in Barad’s words, “the various ontological entanglements that materiality entails.”
But no undifferentiated assignation of agency to matter, or material sedimentations of the past “ingrained in the body’s becoming” can release us humans from the differential burden of consciousness and memory that is attached to something we call the practice of judgment. And no appeal to an “ethical call...written into the very matter of all being and becoming” will settle the question of judgment, of what is to be done. There may be no place to detach ourselves from responsibility, but how to act in the face of it is by no means given by the fact of entanglement itself. What if “everything is possible.”?
-Kathleen B. Jones
Thomas Levin of Princeton came to Bard Tuesday to give a lecture to the Drones Seminar, a weekly class I am participating in, led by my colleague Thomas Keenan and conceived by two of our students Arthur Holland and Dan Gettinger. Levin has studied surveillance techniques for years and he came to think with us about how the present obsession with drones will transform our landscape and our imaginations. At a time when the obsession with drones in the media is focused on their offensive capacities, it is important to recall that drones were originally developed as a surveillance technology. If drones are to become omnipresent in our lives, what will that mean?
Levin began by reminding us of the embrace of other surveillance devices in mass culture, like recording devices at the turn of the 20th century. He offered old postcards and cartoons in which unsuspecting servants or children were caught goofing off or insulting their superiors with newfangled recording devices like the cylinder phonograph and, later, hidden cameras and spy satellites. The realization emerges that we are being watched, and this sense pervades the popular consciousness. In looking to these representations from mass culture of the fear, awareness, and even expectation that we will be watched and listened to, Levin finds the emergence of what he calls “rhetoric of surveillance.”
In short, we talk and think constantly about the fact that we are or may be being watched. This cannot but change the way we behave and act. Levin poses this question. What, he asks, is the emerging drone imaginary?
To answer that question it is helpful to revisit an uncannily prescient imagination of the rise of drones in a text written over half a century ago, Ernst Jünger’s The Glass Bees. Originally published in 1957 and recently reissued in translation with an introduction by science fiction novelist Bruce Sterling, Jünger’s text centers around a job interview between an unnamed former light cavalry officer and Giacomo Zapparoni, secretive, filthy rich, and powerful proprietor of The Zapparoni Works that “manufactured robots for every imaginable purpose.” Zapparoni’s secret, however, is that he instead of big and hulking robots, he specialized in Lilliputian robots that gave “the impression of intelligent ants.”
The robots were not powerful in themselves, but they worked together. Like drone bees and drone ants—that exist only for procreation and then die—the small robots, or drones, serve specific purposes in industry or business. Zapparoni’s tiny robots “could count, weigh, sort gems or paper money….” Their power came from their coordination.
The robots “worked in dangerous locations, handling explosives, dangerous viruses, and even radioactive materials. Swarms of selectors could not only detect the faintest smell of smoke but could also extinguish a fire at an early stage; others repaired defective wiring, and still others fed upon filth and became indispensable in all jobs where cleanliness was essential.” Dispensable and efficient, Zapparoni’s little robots could do the most dangerous and least desirable tasks.
In The Glass Bees, we are introduced to Zapparoni’s latest invention: flying glass bees that can pollinate flowers much more efficiently and quickly than natural bees. The bees “were about the size of a walnut still encased in its green shell.” They were completely transparent and they were an improvement upon nature, at least insofar as the pollination of flowers was concerned. If a true or natural bee “sucked first on the calyx, at least a dessert remained.” But Zapparoni’s glass bees “proceeded more economically; that is, they drained the flower more thoroughly.” What is more, the bees were a marvel of agility and skill: “Given the flying speed, the fact that no collisions occurred during these flights back and forth was a masterly feat.” According to the cavalry officer, “It was evident that the natural procedure had been simplified, cut short, and standardized.”
Before our hero is introduced to Zapparoni’s bees, he is given a warning: “Beware of the bees!” And yet he forgets this warning. Watching the glass bees, the cavalry officer is fascinated. He felt himself “come under the spell of the deeper domain of techniques,” which like a spectacle “both enthralled and mesmerized.” His mind, he writes, went to sleep and he “forgot time” and “also entirely forgot the possibility of danger.”
Jünger’s book tells, in part, the story of our fascination and subjection to technologies of surveillance. On Facebook or Words with Friends, or even using our smart phones or GPS systems, we allow our fascination with technology to dull our sense of its danger. As Jünger writes: “Technical perfection strives toward the calculable, human perfection toward the incalculable. Perfect mechanisms—around which, therefore, stands an uncanny but fascinating halo of brilliance—evoke both fear and a titanic pride which will be humbled not by insight but only by catastrophe.”
The protagonist of The Glass Bees, a former member of the Light Cavalry and later a tank inspector, had once been fascinated by the “succession of ever new models becoming obsolete at an ever increasing speed, this cunning question-and-answer game between overbred brains.” What he came to see is that “the struggle for power had reached a new stage; it was fought with scientific formulas. The weapons vanished in the abyss like fleeting images, like pictures one throws into the fire. New ones were produced in protean succession.” Victory ceased to be about physical battle; it became, instead, a contest of technical mastery and knowledge.
The danger drones pose is not necessarily military. As General Stanley McChrystal rightly said when I asked him about this last week at the New York Historical Society, drones are simply another military tool that can be used for good or ill. Many fret today about collateral damage by drones and forget that if we had to send in armies to do these tasks the collateral damage would be much greater. Others worry about assassination, but drones are simply the tool, not the person pulling the trigger. It may be true that having drones when others don’t offers an enormous military advantage and makes the decision to go to kill easier, but when both sides have drones, we will all think heavily between beginning a cycle of illegal assassinations.
Rather, the danger of drones is how they change us as humans. As we humans interact more regularly with drones and machines and computers, we will inevitably come to expect ourselves and our friends and our colleagues and our lovers to act with the efficiency and selflessness of drones. Sherry Turkle worries that mechanical companions offer such fascination and unquestionable love that humans are beginning to prefer spending time with their machines than with other humans—who make demands, get tired, act cranky, and disappoint us. Ron Arkin has argued that robot soldiers will be more humane at war than human soldiers, who often act rashly out of exhaustion, anger, or revenge. Doctors are learning to rely on Watson and artificially intelligent medical machines, who can bring databases of knowledge to bear on diagnoses with the speed and objectivity that humans can only dream of. In every area of human life where humans once were thought to be necessary, drones and machines are proving more reliable, more capable, and more desirable.
The danger drones represent is not what they do better than humans, but that they do it better than humans. They are a further step in the human dream of self-improvement—the desire to overcome our shame at our all-too-human limitations.
The incredible popularity of drones today is partly a result of their freeing us to fight wars with ever-reduced human and economic costs. But drones are popular also because they appeal to the human desire for perfection. The question is, however, how perfect we humans can be before we begin to lose our humanity. That is, of course, the force of Jünger’s warning: Beware of the bees!
As drones appear everywhere around us, you would do well to put down the newspaper and turn off You Tube and, instead, revisit Ernst Jünger’s classic tale of drones. The Glass Bees is your weekend read. You can read Bruce Sterling’s introduction to The Glass Bees here.
Alice and Hannah Arendt, submitted by Hannah Spector.
Submit your reading/library/book images to email@example.com.
Click here to visit our library page.