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IN THE BUBBLE JOHN THACKARA - witz cultural

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Situation 101<br />

reinforce what philosophers call our ontological alienation, a sense of<br />

rootlessness and anxiety, of not quite being real, of being lost in space. Aviation<br />

is typical of the way the whole world is going: saturated with information<br />

and systems, complex but incomprehensible, an exhilarating<br />

human achievement and a terrifying prospect at the same time. It’s time<br />

design came to grips with these ambiguous features of our technology-filled<br />

environment.<br />

Different kinds of space affect the way we think and feel. Building plans,<br />

of the kind you find in an architect’s office, say almost nothing about the<br />

quality of our interactions in complex technical spaces like transport hubs<br />

or high-tech offices—the operating environment within which space, electronic<br />

signals, and people interact with one another continuously on a<br />

global scale. An immense global system determines what architects would<br />

call the program of an individual airport building. As we saw in chapter 3,<br />

aviation is a vast system. The world’s airlines now carry one-sixth of the<br />

world’s population—more than one billion passengers—on scheduled<br />

flights. As I write this, three hundred thousand people are in the air above<br />

the United States alone. They’re in a uniquely space-out office.<br />

The world’s aviation system, of which airports are one component, is<br />

distributed not just in space, but also in time. Its earthbound infrastructure<br />

is linked into a complex operating environment, or aviation space.<br />

Airports exist at the intersection of airways—the space through which aircraft<br />

pass—which are densely crisscrossed, in three spatial dimensions and<br />

at different times, by the routes planes are flying, have flown, and will fly.<br />

Aviation space is saturated with electronic information from humans and<br />

machines, chattering out directions to thousands of aircrews—and onboard<br />

computers—at any one moment. The fact that people—passengers,<br />

aircrews, ground staff, air traffic controllers, and the like—are part of the<br />

system, too, adds to the complexity.<br />

As we saw in chapter 3, these huge flows of people and matter and information<br />

are increasing in volume and power at an increasing rate. The<br />

biggest international airport hubs—the United States alone has thirty—are<br />

like giant pumps that greatly increase flow through the whole system. Phenomenal<br />

costs land on those places that wish to join the hub club. Once<br />

road and rail links, baggage-handling systems, air traffic control systems,<br />

and so on are factored in, the capital cost of an international airport can<br />

quickly exceed a billion dollars. That’s a high-end office rent.

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