Seer

A few weeks ago, The Economist looked at the growing problem of “ubiquitous technical surveillance” in the field of espionage. It describes the difficulty of maintaining a rigorous or believable cover story, for example, when genealogy websites might be consulted by adversarial border agents to verify that a potential spy is who she says she is, where internet cookies and undeleted search histories might reveal a hidden identity, or, of course, when fitness trackers, smartphones, and other networked devices specifically exist for the purpose of recording our current locations and recent activities. We now pay to be tracked, then seek self-awareness in the data.

I’ll admit, however, that I was expecting the Economist article to go into a bit more detail about the ubiquitous tech part of its headline. That is, we are living through the rise of an immersive, real-time, omnipresent environment of always-on sensors that are now coextensive both with urban space and with modern transportation infrastructure, from airports to ride-sharing apps. The article does refer to techniques such as “retroactive surveillance,” whereby an intelligence agency, investigative team, or police authority can spool backward in time, so to speak, following every move you made prior to arriving at a particular moment or destination; but, again, I think there’s more to be said about the fact that the built environment itself is, for all intents and purposes, becoming a gigantic archive, at all scales, forensically recording every event that occurs within it, with few or no options for opting out.

The recent story of the Coldplay concert kiss-cam is only one superficial example of how commercial experiences are now all but premised on the possibility of being archived, from the cameras in strangers’ pockets to all-seeing eyes like the one that caught a cheating couple mid-embrace. Indeed, being caught on camera is often presented now as one of the main highlights of attending a concert or sports event in the first place: looking up through a haze of light and anonymity to see your own face on a gigantic screen, then raising your arms and cheering, because the lottery of public surveillance has found you, momentarily pulling you out of the crowd and giving your life a taste of communal validation. For three seconds, you are the star. This is ubiquitous technical surveillance as both promise and thrill.

Again, though, cameras and such like are only the most superficial recording technologies at work. Recall that underground fiber-optic cable networks can also be tapped as seismic sensors, recording vehicle traffic and pedestrian footfall (and, in some cases, private conversations) or that smartphone accelerometers, networked microphones, and even self-driving vehicles are now recording not just our facial expressions but our vibrations and bodily movements.

To this can be added much longer-term recording processes, something I’m exploring in a new book project, whereby our everyday activities also often, if unintentionally, leave behind archaeologically legible electromagnetic traces. The ubiquitous technical surveillance The Economist discusses becomes intergenerational. A single campfire in a field somewhere can leave a magnetic trace in the soil that lasts centuries, even millennia.

It is often presented as a reason for nihilism or melancholy, that our lives are ultimately fleeting, insubstantial, and almost certainly destined for oblivion, leaving behind nothing to remember or memorialize us; but I think there’s a much stranger fate taking shape at the moment, which is that, no matter what we do, it is as if we cannot disappear. We can always be found. We, in a sense, cannot be left behind; we will always be remembered and carried along with everyone else—a statement that perhaps once inspired reassurance and comfort, even cultural cohesion, but increasingly feels like an authoritarian threat.

geo/acc

Slag heap debris on the English coast has apparently been fusing into a new kind of sedimentary rock.

A team of geologists studying the beach recently “found a series of outcrops made from an unfamiliar type of sedimentary rock. The beach used to be sandy, so the rock must have been a recent addition. It was clearly clastic, meaning it was composed of fragments of other rocks and minerals (clasts) that have been cemented together in layers. On closer inspection, they found that the clasts were derived from the slag heap.” Based on inclusions of trash amongst the sediments, such as a discarded coin, some of this rock could not have been more than 36 years old.

It’s accelerated geology, part of what the researchers describe in their resulting paper as “a rapid anthropoclastic rock cycle,” one where a new class of geological material is “forming over decadal time scales rather than thousands to millions of years.”

These new coasts are likely forming elsewhere in the world, New Scientist adds: “Slag waste is a global phenomenon, and it is probably being turned to rock anywhere it comes into contact with ocean waves.” Let’s go find and map some more! The anthro-littoral, or geology itself as an archaeological artifact.

Crusted scablands of industrial coral, bulbous and pockmarked, herniate into the sea, long after the creatures who forged those materials have gone.

Architectural Dressage

You’ve likely already seen the large complex of buildings in Shanghai that was picked up as a single block and walked to an adjacent site by a phalanx of miniature robots. Then walked back into place again.

The 432 individual machines used for the move were “actually omnidirectional modular hydraulic jacks that are capable of lifting around 10 tons each,” New Atlas explains. “Sensors monitor pressure, vibration, and alignment while a centralized AI control unit coordinates the balance and movements into a synchronized crawl.”

It’s easy enough to imagine these technologies being permanently built into the urban fabric someday, allowing buildings to relocate for large construction projects or even to dodge flash floods; or demented emperors requiring all their court’s buildings to be mobile, with urban-scale choreographers designing elaborate birthday fetes of architectural dressage; or even that—given how these robots were allegedly installed, involving an earlier sequence of “remote-controlled robots that can move through narrow corridors and doorways,” all guided by a virtual 3D model of the entire complex—some wild new form of whole-building heist becomes possible. Send in the robots; jack the building up; steal it.

[Animation via Core77.]

Uncontrolled Remains

I find landfill chemistry weirdly fascinating, particularly the idea that untold millions of tons of garbage being stored in giant, artificial landforms—or simply buried underground like false geological deposits—might be inadvertently catalyzing chemical processes we neither understand nor know how to stop. I was thus excited to see a long investigation of this topic in Bloomberg last week, led by journalists Laura Bliss and Rachael Dottle.

At the Chiquita Canyon Landfill here in greater Los Angeles, a disquieting smell—not to mention strange medical issues—has been tormenting local neighbors for years. But there is “no simple solution,” we read, “because what’s driving it is something buried beneath the waste: a complex and dangerous chemical reaction whose very nature is in dispute.”

The side-effects of that complex chemical reaction include elevated, sometimes “scorching,” underground temperatures and the production of Dantean landscape scenes above: “In early 2022 a closed section in the landfill’s northwest corner began overheating, eventually reaching temperatures above 200F (93C). That’s nearly 40% hotter than the federal EPA’s standard for landfill operations. As the waste slowly cooked, it belched out toxic gases, elevating nearby levels of hydrogen sulfide, carbon monoxide and benzene, which can damage DNA and cause leukemia after enough exposure. Large amounts of leachate (basically, trash juice) built up and bubbled, boiled and even shot into the air like geysers.” The belch as landscape phenomenon.

The article is worth reading in full, and goes into much further depth about all of this. One important point is the potential role played by new types of material waste, including lithium-ion batteries, vape pens, electric toothbrushes, and other electronic goods whose presence might be at least partially to blame for rising subterranean temperatures in landfills across the United States.

But what continues to interest me about this overall problem, and why I’m posting about landfills again, is something more abstract than just waste-management practices or oxygen-content regulations in the disposal industry: we continue to create things we don’t know how to get rid of, objects whose attempted destruction only empowers them and materials whose burial makes them harder to control.