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21<br />

Future<br />

Frequently, when glvmg talks at computer shows and technical society<br />

meetings, I am asked what the future holds in the field <strong>of</strong> electronic and<br />

computer music synthesis. The reply is <strong>of</strong>ten prefaced with the observation<br />

that short-range technology predictions, i. e., in the 2-1O-year range, are<br />

usually overly optimistic, while longer-range predictions are <strong>of</strong>ten woefully<br />

short <strong>of</strong> the mark. In effect, the evolution <strong>of</strong> technology given a relatively<br />

stable base <strong>of</strong> underlying scientific knowledge is regulated primaril'y by<br />

economic factors, while revolutionary changes are driven by scientific breakthroughs<br />

that are inherently unpredictable.<br />

For example, short-range predictions in 1940 about future technology<br />

in electric power generation were likely incorrect due to economic effects <strong>of</strong><br />

the war. Meanwhile, nobody foresaw the development <strong>of</strong> nuclear power that<br />

occurred after the war, and most certainly none foresaw its present decline. In<br />

the early 1950s, it was said that only a handful <strong>of</strong> computers would ever be<br />

built because there would never be a general need for computation. Yet 20<br />

years later, tens <strong>of</strong> thousands were in use by every medium- to large-sized<br />

company, university, and research laboratory in the country, and today, more<br />

than 30 years later, they number in the millions with no end in sight. Of<br />

course, many predictions are just plain wrong, regardless <strong>of</strong> the time scale. In<br />

1973, shortly after the 8008 microprocessor was introduced, an industry<br />

spokesman claimed that microprocessors would never do much more than<br />

control traffic lights and certainly wouldn't have enough power to run<br />

programming languages like BASIC. Yet, less than a year later, the 8008 was<br />

running BASIC and even APL, a much more complex language.<br />

There are at least four differeqt approaches or mindsets one can take in<br />

making predictions and not all are the result <strong>of</strong> conscious, rational thought.<br />

First, one might take the "philosophical" approach in which the predictions<br />

made represent what the predictor thinks should happen to best serve society.<br />

The "wishful-thinking" approach is based on an unconscious hope that, by<br />

making a certain prediction, the chance <strong>of</strong> it actually happening is increased.<br />

This is seen most <strong>of</strong>ten in business and economic forecasting, particularly by<br />

the government in power. A group <strong>of</strong> people given significant time and<br />

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