Futurology

Futurology is the study of what is likely to occur in the years ahead, based upon what has occurred in the past and upon a reasoned evaluation of present circumstances and trends. Futurology is sometimes referred to as futures studies or futurism, though there is no general agreement on which term is preferable. The field of futurology is still very much in its infancy, and there is substantial disagreement about whether it qualifies as a science, a social science, or something altogether different. One principle that is generally accepted is that futurology is more than simply forecasting how market segments or subcultures will behave and evolve; these are more within the purview of marketing researchers and trendspotting authors of the popular press. Futurology is concerned with deeper themes of culture, history, and social evolution and trying to predict how these will develop and interact with one another under the influence of technology and politics.

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Brief History

At the most basic level, futurology is the study of cause and effect. Frequently, its practitioners will review historical events in order to discover whether or not people living in earlier periods could have used the information to which they had access to make better decisions that might have changed the course of events and avoided suffering and loss of life. The purpose in doing this is to learn how to spot information that provides such clues about the future but which may not be obvious. For example, some futurologists have devoted their attention to studying the history and culture of Germany prior to World War II, in the hope of finding out whether it might have been possible to prevent the rise of Adolf Hitler and the Third Reich.

The challenge of futurology, as stated above, is the identification of cause and effect. This is especially difficult for three reasons. First, many of the cause and effect relationships futurology is concerned with are not immediate; rather, they may be spread over years, decades, or even centuries. The longer the time period over which the cause continues, the more difficult it can be to predict the effect or effects that will result. Second, futurologists must contend with a multitude of interweaving, interdependent causes and effects. This can make it difficult to disentangle one cause from a related trend. Third, futurologists must evaluate a virtually unlimited number of factors, each of which could potentially act as a cause for an as yet unanticipated effect, without knowing how to differentiate between irrelevant information and vital clues about how to navigate the future. For example, inventors in the nineteenth century, working on early versions of steam engine and combustion engine, could not have realized the environmental damage that would later result from the widespread use of such devices burning fossil fuels. This would have required the ability to predict the Industrial Revolution and the transformation of local and global society through the application of technology related to transportation, manufacturing, and communication as well as insight into the limits of natural resources and the ability of the environment to absorb the consequent effects.

Overview

In some circles, futurology has a less-than-commanding reputation, due to its frequent connection with science fiction and similar forms of speculation based on the exercise of imagination rather than on the application of reason to current facts. Futurology, as it is currently understood, did not really begin to come into existence until the years following World War II, when a great deal of attention was focused on finding out what could be done to anticipate any similar conflicts that might develop in the future, and to try to prevent them insofar as it was possible to do so. Early research into forecasting about the future tended to focus, therefore, on the estimation of military capabilities of various countries and alliances. Closely related to military considerations are the availability of natural resources that can be used to support military activities as well as to meet the everyday needs of civilian society, so forecasting eventually broadened its scope of inquiry to include such issues. This wider scope immediately made forecasting the future vastly more complicated. To explain the huge increase in complexity, futurologists will often compare their work to the task of trying to predict what a single individual will do. At first, an observer might be concerned only with predicting whether or not the person being studied will become involved in a violent physical altercation (similar to the way futurology originated with people trying to predict and prevent another world war). The observer might look for situational clues as a way of predicting violence, such as hunger, fear, anger, and so forth. Later, realizing that more information would allow for more accurate predictions, the observer might try to study the conditions that give rise to these clues: What causes the hunger, fear, and anger to arise? This type of question, like the inquiry into natural resources and social conditions prefiguring military conflict, opens up so many potential avenues of influence that the inquiry seems unmanageable.

Futurologists began to turn to technology as a tool to help them manage the complex interactions they were faced with. Specifically, futurologists started to use computers to store, organize, and process the huge amounts of data involved in making predictions about the future. As the power and affordability of personal computers has increased over the years, it has become possible for futurologists and computer programmers to collaborate in the creation of computerized models of all kinds of different systems, from models of the earth’s climate, models of the international economy or the banking system, to models of investment in higher education. The availability of computer models such as these now makes it possible for futurologists to use the science of probability to measure how different systems interact with one another and what the most likely outcomes of those interactions may be. The future is still uncertain, but the work of futurologists has made the road ahead at least somewhat more clear.

Bibliography

Future Tech, Right Now: X-ray Vision, Mind Control, and Other Amazing Stuff from Tomorrow. Napervile: Sourcebooks, 2014. Print.

Lee, Michael. Knowing Our Future: The Startling Case for Futurology. Oxford: Infinite Ideas, 2012. Print.

Lindkvist, Magnus. When the Future Begins: A Guide to Long-Term Thinking. London: LID, 2013. Print.

Marr, Bernard. "Key Future Predictions to 2050: 5 Phases Everyone Should Understand." Forbes, 5 May 2022, www.forbes.com/sites/bernardmarr/2022/05/04/key-future-predictions-to-2050-5-phases-everyone-should-understand/. Accessed 23 Dec. 2024.

McShane, Philip. Futurology Express. Vancouver: Axial, 2013. Print.

Palacios-Huerta, Ignacio. In 100 Years: Leading Economists Predict the Future. Cambridge: MIT Press, 2013. Print.

Reese, Byron. Infinite Progress: How the Internet and Technology Will End Ignorance, Disease, Poverty, Hunger, and War. Austin: Greenleaf, 2013. Print.

Rifkin, Jeremy. The Third Industrial Revolution: How Lateral Power Is Transforming Energy, the Economy, and the World. New York: Palgrave, 2013. Print.

Yakunin, Vladimir I. Problems of Contemporary World Futurology. Newcasle: Cambridge Scholars, 2012. Print.