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Probable Tomorrows

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Probable Tomorrows

How Science and Technology Will Transform Our Lives in the Next Twenty Years

St. Martin’s Press,

15 min read
10 take-aways
Text available

What's inside?

The crystal ball focuses on technology and sees everything growing smaller and faster, except people — who will grow older, but healthier.

Editorial Rating

7

Recommendation

Authors Marvin Cetron and Owen Davies examine anticipated trends in technology over the next 15 to 20 years. They categorize their studies under digital systems, the Internet, high-tech materials, nanotechnology, transportation, space, energy, medicine and environmental remediation. They examine specific technological proposals and estimate their chances for success within the next two decades. An appendix lists specific predictions and the probability that each will come to pass. The book is necessarily superficial, since it covers such a broad range of topics. Unavoidably, some predictions are already somewhat dated, particularly those about industries that undergo constant, rapid change, such as medicine, computers and the Internet. However, the book provides a thorough survey of the range of technologies that are under study and development. This book is a rich source of ideas and makes interesting connections among disparate technologies. getAbstract recommends the book to all corporate planners, trend-researchers and long-term thinkers.

Summary

Get Ready for Digital Everything

Ten years from now, computers will be almost everywhere, smaller and lighter than you can imagine today. Formerly separate technologies will merge. This convergence will affect television, radio, telephone and computers. The trend toward ’Digital Everything’ means that almost every device will have an electronic brain of some kind.

Microchips will continue to get faster and smaller, thanks to greater component density and more sophisticated design. Data processing will be faster, as technology smoothes out bottlenecks. New processors will perform several instructions at once. Chip designers will begin to reach the limits of miniaturization, but they will get help from x-ray lithography. Scientists are just beginning to build DNA computers, which can represent binary data as patterns of DNA and, thus, use chemical reactions to solve problems. DNA computers are already fast and efficient but at the moment it takes a week to read their results. Super-fast quantum computers remain far off, but optical computers could come into use soon.

In computer software, Object Oriented Programming (OOP) promises to make software more reliable...

About the Authors

Marvin Cetron  is founder and president of Forecasting International. A resident of Virginia, he has been a consultant for more than half of the Fortune 500 companies in the U.S. and for various government agencies internationally. New Hampshire resident Owen Davies  is a former senior editor at Omni magazine and a freelance writer specializing in science, technology and the future. Together, they wrote Crystal Globe, Educational Renaissance and American Renaissance.


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