flâneur

Narrative Slipstream Effects

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Drafting is a behavior in bird-flock-like systems where one agent rides the slipstream of another in a way that delivers a collectivizable benefit, usually net energy savings. The instantaneous savings rates from drafting can be very non-trivial, ranging from 5-50%, depending on the agent geometry, formation topology, physics of the situation, and other conditions. Birds, bicyclists, race-car drivers, long-distance runners, and truckers on highways do it. It is possible to do it with airplanes, though the technology hasn’t been commercially deployed yet, as far as I know. Autopilots capable of maintaining the precise wingtip-to-wingtip formations required, for long periods (which human pilots can’t do), were developed in the early 90s. It is possible to do it with driverless cars. The reason only race cars do it today is that it requires precision bumper-to-bumper driving in platoons (linear formations of several cars) at high speeds, which ordinary drivers can’t do. A project back in

Drafting is a behavior in bird-flock-like systems where one agent rides the slipstream of another in a way that delivers a collectivizable benefit, usually net energy savings. The instantaneous savings rates from drafting can be very non-trivial, ranging from 5-50%, depending on the agent geometry, formation topology, physics of the situation, and other conditions. Birds, bicyclists, race-car drivers, long-distance runners, and truckers on highways do it. It is possible to do it with airplanes, though the technology hasn't been commercially deployed yet, as far as I know. Autopilots capable of

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