Imperial Hyperreality

[Image: PDF].

Before it was taken down yesterday, apparently following a burst of social media attention, the U.S. General Services Administration posted a purchase request for nearly one million dollars’ worth of “hyper-realistic training devices.” The devices would be used to assist Immigration and Customs Enforcement, or ICE, by stocking “a state-of-the-art tactical training facility” in whose eerie design details we perhaps glimpse what immigration enforcement operations of the near future will entail.

This new ICE training complex “will contain a multitude of basic, intermediate and hyper-realistic training devices, a tactical training warehouse, classroom facilities, and vehicle assault training area. The OFTP requirement is for hyper-realistic training devices that emulate structures the teams will encounter across the United States and Puerto Rico, including rural, residential suburban, residential urban and commercial buildings.”

Included will be a “‘Chicago’ style replica,” an “‘Arizona’ style replica,” and a “fishbowl” structure for supervised operations, each built using “Scalable, Portable, Modular” architectural techniques, such as shipping containers. These will allow ICE’s Special Response Teams “to experience combat conditions in a training environment that truly reflects real world conditions, but in a controlled, duplicatable, and dynamic setting.” Combat conditions!

The specifics are worth reading in full, as these simulations will be designed all the way down to “toys in the yard” and “dishes left on the table,” implying future “combat conditions” in the heart of the American domestic interior:

Hyper-Realistic is defined as “such a high degree of fidelity in the replication of battlefield conditions in the training environment that participants so willingly suspend disbelief that they become totally immersed and eventually stress inoculated.” Hyper-realism is a critical component to this acquisition as the details provide essential information that must be acknowledged, processed and acted upon to minimize risk to our Special Agents, Deportation Officers and SRT operators, during high-risk search and arrest warrants, fugitive operations, undercover operations, hostage rescue, gang operations, etc. For example, details like the number of dishes left on the table, toys in the yard, lighting, furniture, etc. all provide clues that allow our agents and officers to infer vital information that directly affects their safety and the potential resolution or outcome in the scenario. Learning to process this information quickly to identify whether there are children present, or how many people are currently in the structure is a necessary skill developed in training.

Law-enforcement training facilities have always fascinated me, insofar as they rely upon a kind of theatrical duplicate of the world, a ritualistic microcosm in which new techniques of control can be run, again and again, to perfection. Architecture is used to frame a future hypothetical event, but with just enough environmental abstraction that the specific crisis or emergency unfolding there can be re-scripted, often dramatically, without betraying the basic space in which it occurs. It is imperial dramaturgy.

However, simulated training environments are also interesting to the extent that they reveal what, precisely, is now considered a threat. In other words, we train for scenarios precisely when we fear those scenarios might exceed our current preparation; training, we could say, is a sign of worry. The fact that ICE is apparently—based on this document—prepping for “combat conditions” (!) in “‘Chicago’ style” structures, complete with dishes left on the table and toys left sitting outside in the yard sounds almost absurdly ominous.

The PDF originally posted to the GSO website is now available here.

(Spotted via David BondGraham.)

The Sky-Math Garden

[Images: Via Peter Moore’s piece on “dueling weathermen” over at Nautilus].

As mentioned in the previous post, I recently had the pleasure of reading Peter Moore’s new book, The Weather Experiment. There are many interesting things in it—including the London “time ball,” of course—but one scene in particular stood out for its odd design details.

In 19th-century Philadelphia, Moore explains, climate scientist James Espy began building a miniature model of the earth’s atmosphere in his back garden on Chestnut Street. This microcosm was a nephelescope, or “an air pump attached to a barometer and a tubular vessel—something of an early cloud chamber.”

Espy’s larger goal here was to understand the sky as a complexly marbled world of colliding fronts and rising air columns, “an entire dynamic weather system” that could perhaps best be studied through replication.

The sky, that is, could be modeled—and, if correctly modeled, predicted. It was just a question of understanding the physics of “ascending currents of warm air drawing up vapor, the vapor condensing at a specific height, expanding and forming clouds, and then the water droplets falling back to earth.”

Under different atmospheric conditions, Espy realized, this system of vaporous circulation was capable of producing every type of precipitation: rain, snow, or hail. His task then became to calculate specific circumstances. What temperature was needed to produce snow? What expansion of water vapor would produce would be required to generate a twenty-mile-wide hailstorm?

Why not construct a smaller version of this in your own backyard and watch it go? A garden for modeling the sky.

I love this next bit: “To work with maximum speed,” Moore writes, “he had painted his fence white, so he could use it like an enormous notebook.” The entire fence was soon “covered with figures and calculations,” Espy’s niece recalled, till “not a spot remained for another sum or calculation.”

Espy’s outdoor whiteboard, wrapped around a “space transformed into an atmospheric laboratory, filled with vessels of water, numerous thermometers and hygrometers,” in Moore’s words, would make an interesting sight today, resembling something so much as a set designed for an avant-garde theatrical troupe or a student project at the Bartlett School of Architecture.

Indeed, Espy’s lost sky-math garden suggests some interesting spatial possibilities for a sort of outdoor scientific park, a piece of urban land replicating the atmosphere through both instruments and equations.

San Francisco Bay Hydrological Model

In Sausalito, CA, near a 7-11, one finds the San Francisco Bay Hydrological Model.

The Bay Model was built in 1957 by the Army Corps of Engineers; it is “over 1.5 acres in size and represents an area from the Pacific Ocean to Sacramento and Stockton, including: the San Francisco, San Pablo and Suisun Bays and a portion of the Sacramento-San Joaquin Delta.” Which means it’s larger than two American football fields. (I think).

The Model served “as a scientific research tool from 1958-2000 to evaluate circulation and flow characteristics of the water within the estuary system,” allowing Army Engineers “to simulate currents, tidal action, sediment movement and the mixing of fresh and salt water. Pollution, salt-water intrusion, barrier and fill studies were a few of the important research projects that have been undertaken at the Bay Model.”
It’s not in the greatest condition, and the faded primary color scheme leaves something to be desired, but the model is no less fascinating for that; any chance you get to walk the shores of a microcosm is a good chance to do some thinking.

If I may briefly quote William Blake

To see a world in a grain of sand
And a heaven in a wild flower
Hold infinity in the palm of your hand
And eternity in an hour

– I’ll then point out that the Bay Model exists within its own timezone: in the world of the Model, one day passes every 14.9 minutes. 30 full days elapse every 7.2 hours. Complete tidal cycles run 3.8 minutes. You can practically feel yourself aging in the presence of this copyscape, its wetlands and alluvial braids of artificial rivers running through fields of pumps and power cords.
Look closely and you’ll see a “Tide Hut” where little gods of the Model enact catastrophe and unleash floods upon the surrogate world spread out before them. Look closer, and you’ll see damage from a “hundred years of waves, subsidence, and boat wakes” – which, in Model time, is almost exactly one human year.

But I soon got to thinking about the politics of architectural models. Imagine what would happen, for instance, if some Navy SEALS raided a cave in Afghanistan and found the Bay Model sitting there: what on earth does al-Qaeda want with San Francisco’s water supply? FOX News screams. Or a model of Greater London’s Thames hydrology, complete with flood gates, Barriers and overflow sewers, which is one thing if it’s in the possession of Tony Blair, and quite another if found in the basement of, say, Abu Hamza or even Timothy McVeigh.
What were they trying to do with it?
It’s the politics of architectural models: an object of scientific curiosity in one person’s hands is an issue of national security in another’s.
Or: simulacra as a threat to national security.
A plot for a new Philip K. Dick novel, or a film by Charlie Kauffman, then came to mind: a man, perhaps a young Al Pacino, breaks into the Bay Model in the middle of the night. He barricades himself inside, turns on the power, and starts flooding the model, demolishing bridges, rerouting estuarial confluences. He jumps up and down, causing modelquakes, and then accelerates the tides, obliterating Golden Gate Park under the force of a single wave.
He calls all the local newspapers and takes responsibility for the disasters now befalling San Francisco outside; but what disasters? they ask, and he thinks they’re conning him, denying his rage, because he’s read William Blake and St. Thomas Aquinas and he believes that everything he throws at that simulacrum there before him will have effects in the real world…
Because it’s all building up to one moment, see, the big moment when he decides to flood the Bay Model’s model of the Bay Model, opening up a rift in the universe and blasting him head-first through the macrocosm.
Until the police break-in…

(Thanks to Chad for the tip, and to Nicola for coming with me!)