An Illustrated Data Guide to Modern Reconnaissance Aircraft by Christopher Chant

By Christopher Chant

A compact illustrated listing with complete information and standards . well timed wisdom of the enemy's inclinations and strengths has regularly been a key to the deduction of his intentions and the construction of counter-plans, and from the time of WWI reconnaissance to yield such wisdom has develop into more and more very important on army pondering. because the finish of WWII using airplane for reconnaissance reasons has proliferated now not rather a lot in numerical phrases of the airplane concerned yet within the versatility of the reconnaissance which could now be supplied via digital and infra-red in addition to optical ability. Garnered via complex sensors and processed through high-speed desktops on board the reconnaissance aeroplane, the reconnaissance information can now be relayed in actual time to the person strength via an information hyperlink approach. furthermore, the provision of complicated sensors and processors permits such plane to adopt different roles together with command of pleasant forces and disruption of the enemy's efforts.

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When a gas of atoms is cooled to “degeneracy”—that is, it becomes so cold that the quantum wave of one atom starts to overlap with that of its nearest neighbor—and the atoms in question are bosons, the result is a BEC. In such a gas, all of a macroscopic fraction of the particles can simultaneously occupy the lowestenergy “wave” in the box in which the atoms are kept. Ultracold gases offer the intriguing possibility of building completely controllable models for matter. They can be confined in a variety of geometries, including ­ situations that are effectively one- or two-dimensional rather than three­dimensional.

What makes the molecules in all living organisms so efficient at carrying out particular tasks? Can we design other molecules to be as efficient as the ones that nature has optimized? What makes certain materials effective catalysts in chemical reactions or gives them the remarkable ability to capture sunlight efficiently and turn it into chemical energy? New 21st-century tools also place us on the verge of the new discipline of quantum control. This development is enabled by key advances in laser technology, which let us generate light pulses whose shape, intensity, and color can be programmed with unprecedented flexibility.

Thus, atomic EDM experiments will be probing SUSY and other theories on a broad front.  DeMille, Yale University. subtle new effects due to EDMs could be seen if they are present (see Box 2-2). At the same time, such sensitivity to spins and to the effect of magnetic fields on spins is opening up new applications in medical research and diagnosis. Magnetometry and Medical Imaging Atomic spin magnetometers, developed in part for fundamental EDM and Lorentz experiments, are now surpassing low-temperature superconducting quantum interference devices (SQUIDs), formerly the industry standard for precise magnetometry.

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