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 The XTS’s steering is one-finger-light and not very communicative with what’s going on down at road level. Counter to rock-solid German rivals, the Cadillac’s body structure feels loosey-goosey, with bad pavement felt and heard by passengers. And while Cadillac spouts on about the XTS being equipped with the brand’s excellent Magnetic Ride Control shock absorbers and a rear air suspension, the ride and handling balance doesn’t deliver ATS-like athletic driving dynamics. Yet the ride is so firm, it also fails as a quiet, comfortable cruiser on anything less than perfect pavement.
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 Now physicist Andreas Wallraff at ETH Zurich and his team have created the first solid-state device, similar to a computer chip, that is capable of teleporting quantum information. The chip contains tiny circuits that each behave like an atom. The circuits are connected by millimeters-long transmission lines carrying microwave radiation, which entangles the circuits so that the properties of one affect the other. By programming a bit of quantum information into circuit A, Wallraff and his team changed the signal arriving at circuit B. They could then use that changed signal to determine the original properties of circuit A and transfer them to circuit B.