Word: dotted
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...graph-paper-like pattern in which there are 14,400 points of intersection. At each intersection, there are two transistors and one capacitor. If a signal is sent to a particular intersection, the components there will light up the layer of phosphorescent material immediately above them. That creates a dot that can glow with varying intensity. If a number of intersections are triggered simultaneously, an image is formed. In their current prototype, the Westinghouse engineers form images by using an external switching device to feed signals to the appropriate intersections. But they are already working on an integrated switching device...
...Stocking Feet. Mayor Soglin's style contrasts sharply with that of the clean-cut, well-dressed and almost militarily inaccessible Dyke. Soglin, who has a habit of arguing far into the night, often shows up bleary-eyed at his office. Cartoons, antiwar slogans and newspaper clippings dot the walls around his desk; a plaque that reads HIZZONER DA MARE is on the door. Soglin often pads around his office in his stocking feet, presides over city-council meetings with a half-hidden smile that betrays his amusement at the proceedings...
...does not speak or move. Near by, a white-coated scientist intently watches a TV screen. Suddenly, a little white dot hovering in the center of the screen comes to life. It sweeps to the top of the screen, then it reverses itself and comes back down. After a pause, it veers to the right, stops, moves to the left, momentarily speeds up and finally halts -almost as if it were under the control of some external intelligence...
...fact, it is. The unusual experiment, conducted at the Stanford Research Institute in Menlo Park, Calif., is a graphic display of one of the newest and most dazzling breakthroughs in cybernetics.* It shows that a computer can, in a very real sense, read human minds. Although the dot's gyrations were directed by a computer, the machine was only carrying out the orders of the test subject. She, in turn, did nothing more than think about what the dot's movements should...
...from various parts of the brain. If he could learn to identify brain waves generated by specific thoughts or commands, Pinneo figured, he might be able to teach the same skill to a computer. The machine might even be able to react to those commands by, say, moving a dot across a TV screen...