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In environmental and energy programs the new techniques can be used to detect pollutants in the atmosphere sensitively and rapidly, to study aerosols and smog. to measure turbulence and wind velocity, and to monitor the stratospheric ozone layer. The techniques can also be employed to study combustion in a furnace or in engines while they operate. The illustration shows a blown-up threedimensional map of the concentration of ethylene glycol that has leaked to the atmosphere from an oil refinery in Germany.

By permitting controlled experiments at a very rapid rate, they may provide a useful tool for studying large-scale chaotic motion, such as the onset of turbulence. Optical bistability has important potential applications to optical processing, including new types of optical logic elements. • Electrodynamics at Long Wavelengths—New types of radiative processes can be seen at microwave or millimeter-wave frequencies using highly excited atoms. The evolution from irreversible to reversible motion can be observed, and the basic source of noise in nature—spontaneous emission— can be modified.

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