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Screeshot of mountain range with the words "The world's most detailed globe." written over it in white text.

Critiquing Big Data in China and Beyond

“I do think that the Internet truly makes us feel the world can become a smaller place,” an interlocutor, whom I will call Bo, told me in his parents’ home in Shijiazhuang, a city in China’s Hebei Province. It was late 2014, and he was studying to become a filmmaker in Beijing. During our conversation, he told me about discovering Google Earth when he was younger, recalling how, suddenly, he could “see any place in the world” from the comfort of his home. He could zoom in to explore a mountain village in Iceland, a house, and even a village dog, feeling that, without Google Earth, he would never have been able to visit such faraway places. The experience might have been virtual (xuni), he mused, but it had also been real (zhenshi). His account expressed a kind of enthusiasm for the digital that I often encountered during my ethnographic fieldwork on digital opportunity in China. However, his story was made especially compelling by the oppressive smog plaguing the city outside. While neighboring buildings disappeared in a toxic fog, he expressed his excitement about “seeing” a digitally mediated “Google Earth.” (read more...)

Un barranco arbolado y poblado de casa en la Zona 3 de la ciudad de Guatemala

Voided Spaces: Architectural indices of ravines in Guatemala City

Deep, canyon-like ravines fracture forty-two percent of Guatemala City. Covered in thick, wet, and dense foliage, these ravines are contentious ecological forms for Guatemala City residents, who have often described ravines as physical borders that disconnect their city; opportunities for landfills that are out of sight, out of mind; informal housing for gangs, violence, and the city’s poorest; as well as precarious locations where damage from earthquakes, floods, and landslides is felt the most. However, in 2006, the city municipality reclassified these ravines as an “ecological belt” (Cinturón Ecológico Metropolitano), identifying them as sites in need of ecological and developmental attention. Architects in particular have taken special interest in these ravines, arguing for sustainably-minded designs that would develop and connect ravines to the broader city landscape. Ravines, they argue, are underutilized and contaminated spaces that work against, rather than with, the built environment. Interested in the classification and production of space, in what follows, I describe the conditions that led architects to recognize ravines as sites of developmental potential in Guatemala City. In order to be designated as spaces for development, I argue that ravines first needed to be redefined volumetrically and epistemically, revealing new parameters for thinking about where the built environment can reside. (read more...)

A black and white sketch of a wagon wheel with wings coming out of either side appears in a black and white logo of the Mormon Transhumanist Association

Gods, AIs, and Mormon Transhumanism

I’d like to start this post by juxtaposing two scenes. The first one is set about two years ago, and occurred on the third floor of the Provo, Utah Convention Center. The scene was very similar to the one found in any academic conference—down to the dais, the rows of chairs, and a screen designed for projecting PowerPoint slides. We were between presentations, and as often happens during moments such as these, I was spending the interstitial moments catching up with acquaintances I mostly know from on-line interactions. In the case at hand, the person I was talking to is in his late twenties or early thirties, someone who had recently left his position in the United States Marines; in fact, he had left the military so recently that he still had the short haircut associated with service. On his arm, he also had a tattoo of an electromagnetic equation. He is holding one hand out in front of my face as we talk. In normal conversations, a gesture like that would be rude, but this was not a normal conversation. This is because he was describing how, at very close distances, he can feel the presence of electricity with his hands. He had gained this ability through intervening in his physical body—biohacking—which I will return to shortly. (read more...)

A black and white side by side of two images. On the left is a volcano spewing smoke, and on the right is a map of the interior of the same volcano.

Forecasting Earth Futures

This is the second in a series of posts by scholars who attended the Anthropocene Campus Melbourne, an event hosted in September by Deakin University as part of the larger Anthropocene Curriculum project. Over the four days of the Campus, 110 participants from 49 universities (plus several art institutions and museums) attended keynotes, art exhibits, field trips, and workshops based around the theme of ‘the elemental’. Read the first post in the series here. It is not difficult to recognize the ubiquity of nature forecasting in our world. Every day we hear some claim about the future of nature: what it will do, where its consequences will be felt, and by whom. Not only is mundane weather forecasting integral to daily life, even climate change is structured by experts’ claims about the future of oceans, temperature, and carbon levels. In the early 20th century, when weather forecasts began to share media space with economic digests, even the economy took on the language of weather forecasts and began to be described in terms such as “economic barometers.” The fundamental structures of society began to act like the weather; they too were liable to depressions and tempests. My intention here is not to make a forecast but to understand the process of forecasting itself. This means understanding how futures emerge and pass away, how they are discarded, mobilized, distributed, and enacted in the present. The future, in this sense, is not self-evidently given but is something that is brought into being; something that is achieved. (Listen Now...)

The image shows crumpled paper in the foreground and a computer screen with a text file open in the background. The paper in the foreground is scribbled full of notes - the discarded drafts of earlier versions of the article I was struggling to write. The text on the computer screen is of the umpteenth draft of the same article - no easier to write on a computer than it was with pen and paper.

Writing disability

When writing inequalities, the language we use and our writings betray the power dynamics and the unequal relations that stem from the world we as researchers come from. This post explores how these inequalities play out in the worlds we embed ourselves in as outsider researchers and are apparent in what we write through a reflection on my own research with dDeaf  television producers and actors in Sweden. (read more...)

Of Camels, Platypuses, and the Future of the Blog

It has been said that a camel is a horse designed by a committee. We might think of the platypus in much the same way, though the key difference is perhaps that—as of yet—it is unclear what the Platypus Committee was trying to create. Regardless, the platypus has long been emblematic of the limitations of scientific classification. An egg-laying, duck-billed, poisonous mammal: the only surviving member of its species and genus. It is this persistent and natural spirit of disruption and provocation that led the founders of this blog to christen it with the name of this thoroughly confusing and fascinating creature. Its defiance of orderly categorization serves as both a metaphor and motivation for the continued intersection of anthropology and science and technology studies, sometimes considered strange bedfellows. (read more...)

The book cover for "Documenting Aftermath," red text on a old black and white background image of people on a hill overlooking a city with many fires.

Infrastructure after disasters

On October 21, 1868, at approximately eight o’clock in the morning, a major earthquake on the Hayward Fault near Oakland, California shook the Bay Area. The earthquake caused a great deal of damage in the small towns near the earthquake epicenter, as well as on “made ground” in San Francisco. Outside of the affected area, citizens worried about what had happened. People looked for the latest news at telegraph offices, though some telegraph lines were damaged or inundated. When inquirers reached the telegraph offices, however, they were sometimes met with rumors and misinformation.  Some telegrams said, incorrectly, that San Francisco was destroyed and sixty bodies were recovered. Similar news exaggerating the damage in San Francisco spread all across the state. So, while the telegraph promised that people would have more immediate access to events in faraway places, the existence of a telegraphic infrastructure did not guarantee that these assessments had any correspondence to truth. People also reveal how they believe infrastructure should work when public information infrastructures are used intensely, overwhelmed, or broken. The silent structuring work of infrastructures—so integral to modernity—becomes easier to “see” after disasters. (read more...)

Photograph of a fossilized animal with four limbs and a long tail.

Writing Science: Viewing Science as Social Practice in the Composition Classroom

Composition endures, in fact thrives, at universities that are heavily invested in science, technology, engineering, and mathematics. But, this also means that composition instructors who are primarily trained in the Humanities and Social Sciences may encounter more and more students whose interests and majors are (for some) somewhat alien. Put simply, STEM topics do not readily offer themselves up to make writing assignments for broad audiences, and students may struggle in constructing them. A further challenge in working with STEM students has to do with their dispositions toward critiques of science and ideology. Students in STEM fields may not have been exposed to the possibility that social norms have been packaged into scientific knowledge production, and they sometimes find such suggestions threatening. One way to productively engage students STEM topics is to highlight that science as a social practice. That is, science not entirely viewed as the ‘discovery’ of facts, but as a pursuit embedded within particular cultural and historical contexts. Scientific knowledge is produced and disseminated by people for other people, and so must follow the social and rhetorical codes of its times. Viewed in this way, scientists do not ‘reveal’ the nature of the world, but rather make arguments about it. As those arguments ‘go public,’ their authors take on a broader set of interests, concerns, presuppositions, and stakeholders than might be encountered among expert audiences. (read more...)