Word: quantum
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...supernatural" and "mystical" have no place in this understanding. In fact, some prominent physicists are seriously attempting to understand the laws involved and consult Maharishi frequently. One of these is Brian Josephson of Cambridge University, who received the Nobel Prize in 1973 for his work on the theory of quantum mechanical "tunneling...
...example might be useful. In quantum electrodynamics there exists a theory of how electrons become manifest from an absolute field called the "quantum vacuum state." This state is unmanifest, that is, can only be inferred from indirect evidence. Yet the theory is perhaps the most successful in all of science, as measured by the numerical accuracy of its predictions...
Smooth transitions from story line to song, and vice versa, are not the trademark of Lady Be Good; the dialogue and the musical numbers are quantum leaps apart in quality and content. In the first act, the dumbness of the transitions probably can't be--and certainly weren't--covered up. After the title song, the women chorus members are forced to squirm off stage in a clump, giving one mutual twitter with all the naturalness of a concerted burp. There are fewer transition problems in the second act, probably because there are fewer transitions. Once the background has been...
...years behind the U.S. in miracle-chip technology, Japanese computer makers are rapidly catching up, in part with the help of government subsidies. For now, Japanese computer imports are less than 1 % of the total U.S. market, but they have multiplied eightfold since 1974 and, according to studies by Quantum Science Corp., a marketing research house, could have a significant impact on IBM itself with in the next five years. Japanese manufacturers have also shown imagination in designing chip-controlled appliances; all the home video recorders sold in the U.S. are made in Japan, as well as the majority...
...tracks in a railroad yard, ICs were really complex switching systems, shuttling electrical pulses hither and yon at the computer's bidding. Still, ICs could not function by themselves; other electronic parts had to keep the switches opening and closing in proper order. Then came the next quantum leap in miniaturization: the development in the late 1960s of large-scale integration (LSI). Unlike their single-circuit predecessors, which were designed to do only one specific job, LSIs integrated a number of circuits with separate functions on individual chips. These in turn were soldered together on circuit boards...