Word: vacuumers
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...conscious effort has been made to safeguard the assembly from the eventuality of its "lapsing into a vacuum," from the lack of accountability of its representatives to their constituent opinions...
...less than $800?and prices will continue to fall. Many domestic devices that use electric power may be computerized. Eventually, the household computer will be as much a part of the home as the kitchen sink; it will program washing machines, burglar and fire alarms, sewing machines, a robot vacuum cleaner and a machine that will rinse and stack dirty dishes. When something goes wrong with an appliance, a question to the computer will elicit repair instructions ?in future generations, repairs will be made automatically. Energy costs will be cut by a computerized device that will direct heat...
...question of priority is still widely debated in the industry-were the natural culmination of a revolution in electronics that began in 1948 with Bell Telephone Laboratories' announcement of the transistor. Small, extremely reliable, and capable of operating with only a fraction of the electricity needed by the vacuum tube, the "solid-state" device proved ideal for making not only inexpensive portable radios and tape recorders but computers as well. Indeed, without the transistor, the computer might never have advanced much beyond the bulky and fickle ENIAC, which was burdened with thousands of large vacuum tubes that consumed great...
...switch is open, it corresponds to the binary digit 0; when it is closed, it stands for the digit 1. Indeed, the first modern digital computer completed by Bell Labs scientists in 1939 employed electromechanical switches called relays, which opened and closed like an old-fashioned Morse telegraph key. Vacuum tubes and transistors can also be used as switching devices and can be turned off and on at a much faster pace...
...still in control, but the capabilities of computers are increasing at a fantastic rate, while raw human intelligence is changing slowly, if at all. Computer power is growing exponentially; it has increased tenfold every eight years since 1946. Four generations of computer evolution-vacuum tubes, transistors, simple integrated circuits and today's miracle chips-followed one another in rapid succession, and the fifth generation, built out of such esoteric devices as bubble memories and Josephson junctions, will be on the market in the 1980s. In the 1990s, when the sixth generation appears, the compactness and reasoning power...