Word: use
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Dates: during 1980-1989
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Chinese classes are incredible; we take two hours of grammar, two hours of writing and two hours of conversation every day. But here, all that work doesn't feel academic at all, because we use it every day. It's like taking an ongoing course on survival while you are out camping in the woods...
...loss of competitiveness. But it is Ishirara's chapters that are the most contentious. He asserts that Japan now holds the technological balance of power in the world. The Americans may own the missiles, for example, but they cannot fly straight without Japanese semiconductors. Japan, Ishihara argues, must use its technological leverage to assume its rightful place in the world. No longer must the country walk a respectful, and silent, three steps behind...
...clearly say no. That's what we did recently to T. Boone Pickens, a man with a disreputable reputation. America is in decline because of American managers who only care about their short-term gains so that they can boast about them at the next shareholders' meeting. Japanese managers use shareholders' meetings to explain their long-term plans and ask shareholders to bear with limited dividends. Japan has succeeded in rebuilding its economy because it has kept its idiosyncrasies, that is to say, management philosophy, labor- management relations and company-shareholders relations based on humane feelings. We don't have...
Welcome to the world of microtechnology, where machines the size of sand grains are harnessed to do useful work. Huge numbers of microscopic sensors are already employed to measure the temperature, air pressure and acceleration of airplanes and automobiles. Delco Electronics alone sells 7 million silicon pressure sensors a year to its parent company, General Motors, for use in power-train controls and diagnostics. But scientists at Berkeley, Stanford, M.I.T., AT&T, IBM and a handful of other research centers around the world see much broader possibilities for minuscule machines. They envision armies of gnat-size robots exploring space, performing...
Engineers and industrialists are rushing to put the new technologies to use. M.I.T. has invested $20 million in a new fabrication facility for micromachining and microelectronics. Japan's Ministry of International Trade and Industry is considering allocating nearly $70 million for the development of medical microrobots. "I'm absolutely amazed at how fast this field has progressed," says George Hazelrigg, a program director at the NSF, the Government agency spearheading the U.S.'s micromechanics effort...