Why did the Scientific Revolution emerge in Europe and not in China?
Source: William J. Duiker and Jackson J. Spielvogel, World History, Volume II: Since 1500
When Catholic missionaries arrived in China in the sixteenth century, they marveled at the sophistication of Chinese civilization and its many accomplishments, including woodblock printing and the civil service examination system. In turn, their hosts were impressed with European inventions such as the spring-driven clock and eyeglasses.
It is not surprising that visitors from the West were impressed with what they saw in China, for that country had long been at the forefront of human achievement. After the sixteenth century, however, Europe would take the lead in the advance of science and technology, a phenomenon that would ultimately bring about the Industrial Revolution and set in motion a transformation of human society.
Why did Europe suddenly become the engine for rapid change in the seventeenth and eighteenth centuries? One factor was the change in the European worldview, the shift from a metaphysical to a materialist perspective and the growing inclination among European intellectuals to question first principles. In contrast to China, where, for example, the "investigation of things" proposed by Song dynasty thinkers had been used to analyze and confirm principles first established by Confucius and his contemporaries, empirical scientists in early modern Europe rejected received religious ideas, developed a new conception of the universe, and sought ways to improve material conditions around them.
Why were European thinkers more interested in practical applications of their discoveries than their counterparts elsewhere? No doubt the literate mercantile and propertied elites of Europe were attracted to the new science because it offered new ways to exploit resources for profit. Some of the early scientists made it easier for these groups to accept the new ideas by showing how they could be applied directly to specific industrial and technological needs. Galileo, for example, consciously sought an alliance between science and the material interests of the educated elite when he assured his listeners that the science of mechanics would be quite useful "when it becomes necessary to build bridges or other structures over water, something occurring mainly in affairs of great importance."
Finally, the political changes that were beginning to take place in Europe during this period may also have contributed. Many European states enlarged their bureaucratic machinery and consolidated their governments in order to collect the revenues and amass the armies needed to compete militarily with rivals. Political leaders desperately sought ways to enhance their wealth and power and grasped eagerly at whatever tools were available to guarantee their survival and prosperity.