Role of Technological Development
When the mind engages in pure creative thinking it comes up with new thoughts and ideas. When it applies itself to society it can come up with new organizations. When it turns its attention to the study of nature it discovers the laws and mechanisms by which nature operates. When it applies itself to technology it comes up with new discoveries and practical inventions that boost productivity. Technical creativity has had an erratic course through history, with some intense periods of creative output followed by some dull and inactive periods. However the period since 1700 has been marked by an intense burst of technological creativity that is multiplying human capacities exponentially.
Though many reasons can be cited for the accelerating pace of technological inventions, one major cause is the role played by mental creativity in an increasing atmosphere of freedom. Political freedom and liberation from religious dogma had a powerful impact on creative thinking during the period of the Age of Enlightenment. Dogmas and superstitions had an incredibly restrictive effect on the scope for mental creativity. For example, when the astronomer Copernicus proposed a heliocentric view of the world, it was rejected because it did not conform to established religious doctrine. When Galileo perfected a telescope for viewing the planets, his invention was condemned by churchmen as an instrument of the devil as it seemed to be so unusual and hence fit to be deemed heretic. Such obscurantist fetters on freedom of thought were shattered only with the coming of the Enlightenment. From then on the spirit of experimentation began to thrive afterwards.
Though technological inventions have markedly increased the pace of development, the tendency to view developmental accomplishments as mainly powered by technology is a partial view that misses the bigger picture. Technological innovation was spurred by the general advance in the social organization of knowledge. In the Middle Ages efforts at scientific creativity were few and relatively and isolated for one another, mainly because there were no effective arrangements for the preservation and dissemination of knowledge. Since there was no organized protection for patent rights, scientists and inventors were very secretive about their activities and operations. The establishment of scientific associations and the publication of scientific journals spuured the exchange of knowledge among scientists and created a written record that could be examined by posterity.
The development of technology is dependent on the presence of other types of social organizations. Nobel laureate economist Arthur Lewis observed that the mechanization of factory production in England which became known as the Industrial Revolution was a direct result of the reorganization of English agriculture. The enclosure of common lands in England generated surplus income for the farmers. That extra income generated additional raw materials for industrial processing along with greater demand for industrial products which was difficult to meet by traditional manufacturing processes. The opening of sea trade gave an added boost in demand for industrial production for export. Factory production increased many times when production was reorganized using steam energy combined with moving assembly lines, specialization and division of labor. Thus, technological development was both a result of and a contributing factor to the overall development of society.
Individual scientific inventions do not simply spring out of the blue. They build on past accomplishments in an incremental manner and give a conscious form to the subconscious knowledge that society gathers over time. As pioneers are more conscious than the surrounding community, their inventions normally meet with initial resistance, which recedes over time as their inventions gain wider acceptance. If opposition is stronger than the pioneer, then the introduction of an invention gets delayed. In medieval times when guilds exercised tight control over their members, progress in medical invention was slow mainly because physicians were secretive about their remedies. When Denis Papin demonstrated his invention of a steam engine, German naval authorities refused to accept it fearing it would lead to increased unemployment. John Kay, who developed a flying shuttle textile loom, was subject to physical intimidation by English weavers who feared the loss of their jobs. He had to flee to France where his invention was more favorably received. The widespread use of computers and application of biotechnology raises similar resistance among the public today. Whether the public receive an invention readily or resist depends on their awareness and willingness to entertain rapid change. Regardless of the response, technological inventions occurs as part of overall social development and not as an isolated field of activity.
Read more about this topic: Social Development Theory
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