Summary
Outraged by the downward spiral of intellect and culture, Michael LeGault offers the flip side of Malcolm Gladwell's bestselling phenomenon, BLINK, which theorized that our best decision-making is done on impulse, without factual knowledge or critical analysis. If bestselling books are advising us to not think, LeGault argues, it comes as no surprise that sharp, incisive reasoning has become a lost art in the daily life of people everywhere. Somewhere along the line, the Age of Reason morphed into the Age of Emotion; this systemic erosion is costing time, money, jobs, and lives in the twenty-first century, leading to less fulfilment and growing dysfunction. LeGault provides a bold, controversial, and objective analysis of the causes and solutions for some of the biggest problems facing Western culture in the 21st century. From the over- load of reality TV shows and gossip magazines that have rendered curiosity of the mind and spirit obsolete to permissive parenting and low standards that have caused an academic crisis among our children, LeGault looks at all aspects of modern lives and points to how and where it all went wrong.
Table of Contents
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3 | (30) |
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33 | (26) |
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59 | (28) |
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Feeding the Feel-Good Monster |
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87 | (14) |
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The Rise of the Political and Correct, the Fall of the Smart and Quick |
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101 | (25) |
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It's the Real Thing: Marketing, the Media, and Mayhem |
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126 | (33) |
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I'm Too Busy: The Myth of ``Stress'' and ``Information Overload'' |
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159 | (26) |
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185 | (30) |
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If You Don't Ask, You Don't Get: A Return to Discipline and Standards |
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215 | (31) |
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Stretching the Horizon: Embracing Risk and Reward |
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246 | (28) |
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Hearing the Harmony of Reason: Embracing Objectivity, Thinking Critically |
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274 | (35) |
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How to Save Civilization in One Easy Step |
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309 | (28) |
| Notes |
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337 | (16) |
| Acknowledgments |
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353 | |
Excerpts
Chapter 1 Don't Blink, Think The company, a medium-sized automotive supplier based in Ohio, was already spinning in the upper regions of a vortex heading directly down the tube. What the company did sounded simple enough. It took glass windshields, put a strip of rubber around the perimeter, and shipped them to major automotive manufacturers. An operator placed the glass into a machine, and the machine injected melted rubber around the edge, then quickly cooled it to make it stick. The problem was this: The glass was breaking. The scrap rate mounted -- 10 percent, 20 percent. Little bar graphs posted in the cafeteria illustrated the amount of money the company was losing each week. Employees blinked uncomprehendingly when the figure reached a million dollars. Was anyone doing anything? The company was doing all it could, or at least it felt it was. It hired a young, dynamic, university-educated plant manager. Intuition their guide, the plant manager and his team of floor supervisors and engineers attacked the problem. They pulled the dies -- large steel molds into which the glass was placed -- from every machine and scanned them with lasers to confirm dimensions to a thousandth of an inch. They ran quality control checks on all shipments of glass they received from other companies. They installed new process control software on the machines to continuously monitor the internal condition of each machine. Day and night, one or more engineers paced the factory, poring over printouts, making adjustments to the machines. Some days, on a few machines, there appeared to be progress, then just as quickly, things spun out of control and it seemed every other windshield was being devoured by mad machines determined to put the company out of business. Hunches about the cause of the problem were getting the company nowhere. The head office called an emergency meeting. They were giving the plant one last chance to fix itself. They slid the plant manager the business card of a guru. His fee was $1 million. It seemed cheap. The guru asked for the scrap rates of each machine operator. The company had the scrap rates for each machine, but not for the operators, who were rotated on machines on a daily, or even hourly, basis. The guru spent one month gathering the data. He spent an equal amount of time plotting and analyzing the numbers. Engineers at the plant still intuitively believed the problem was somehow related to the equipment, but the guru, examining the plots and data, noticed something odd -- the women operators had much higher scrap rates than the men. But there was an anomaly: Two male operators also had high scrap rates. He asked to meet the two men. They were both slightly built and on the short side. A million-dollar light went on inside the guru's head. The windshields weighed twenty to forty pounds, depending on the model. The operators had to lean over and into the machines to place the windshields into the molds. The workstations were set up in a one-size-fits-all mode. The guru watched one woman strain to place the heavy windshield in the mold so that it would line up properly with the guiding pins. The machine closed and the windshield shattered. The woman loaded the next part and the guru told her to wait. He ran his hand along the top edge of the windshield. The part seemed to be loaded properly between the guiding pins; however, he noticed one edge rode out a little farther on the pin than the other. He gave the edge a push. He told the woman to run the machine. The large steel jaws clamped together, then opened to reveal a gleaming windshield looking for all the world like a Van Gogh. The company modified workstation ergonomics, redesigned the die guiding pins, and trained staff workers. Scrap rates fell below 5 percent. The guru was feted and paid. A sigh of relief was heard around the plant. Only