Page 369 - Encyclopedia Of World History Vol IV
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1670 berkshire encyclopedia of world history












              At its best, Greek natural phi-                                           Europe in the era of the sci-
            losophy tried to capture not just                                         entific revolution certainly fits
            this or that aspect of reality, but                                       this model. Medieval European
            reality’s distilled essence. This                                         societies showed a remarkable
            project is most apparent in                                               openness to new ideas and an
            Greek mathematics and in                                                  exploratory spirit that was simi-
            Plato’s conviction that it is pos-                                        lar to that of classical Greece.By
            sible to attain knowledge of a                                            the late medieval ages, Euro-
            perfect real world beneath the                                            pean contacts reached from
            imperfections of the existing                                             Greenland in the west to China
            world. Greek philosophers were                                            in the east. Then, as European
            particularly interested in the                                            seafarers established close links
                                          U.S. President Warren G. Harding
            testing of new ideas, a trait that                                        with Southeast Asia in the east
                                          escorts Madame Curie down the steps
            is perhaps inevitable in societies                                        and the Americas in the west,
                                          of the White House in the 1920s.
            faced with a sudden influx of                                              Europe suddenly found itself at
            new forms of knowledge. The                                               the center of the first global
            rigor with which ideas were                                               network of informational ex-
            tested is apparent in the dialogues of Socrates, in which  changes.The unification of the world in the sixteenth cen-
            ideas are repeatedly subjected to Socrates’ corrosive logic  tury constituted the most revolutionary extension of
            (in an ancient anticipation of the notion of falsification),  commercial and intellectual exchange networks in the
            with only the most powerful surviving. Many other soci-  entire history of humanity. Ideas about navigation and
            eties developed sophisticated methods of mathematical  astronomy, about new types of human societies and new
            calculation and astronomical observation, and some,  gods, about exotic crops and animal species, began to be
            such as Song China (960–1279), developed metallurgi-  exchanged on an unprecedented scale. Because Europe
            cal, hydraulic, and financial technologies that were unsur-  suddenly found itself at the center of these huge and var-
            passed until the twentieth century. But few showed as  ied information networks, it was the first region of the
            much openness to new ideas or as much interest in the  world to face the task of integrating information on a
            testing of new ideas and theories as the Greeks.    global scale into coherent knowledge systems. In the six-
              Other societies have responded in similar ways to the  teenth century, European philosophers struggled to make
            exposure to new and more varied ideas. Perhaps      sense of the torrent of new information that descended
            Mesopotamia and Egypt, both with relatively easy access  upon them, much of which undermined existing certain-
            to Africa, India and the Mediterranean, count as early pio-  ties. Like the Greeks, European thinkers faced the challenge
            neers of scientific ideas for similar reasons. And perhaps  of sorting the ephemeral from the durable, and to do that
            it is the extensive contacts of medieval Islam that explain  they had to devise new methods of observing and testing
            the fundamental role of Islam both in exchanging ideas  information and theories. It was this project that yielded
            (such as the mathematical concept of zero) between  the observational and experimental techniques later
            India and the Mediterranean worlds and in preserving  regarded as the essence of scientific method.
            and developing the insights of Greek and Hellenic sci-  Thinkers in the era of the scientific revolution not only
            ence. Even in the Americas, it may have been the size of  developed new ways of studying the world, they  also cre-
            Mesoamerican populations and their exposure to many  ated a new vision of the universe. The new vision was
            different regional cultures that led to the development of  based on the work of three astronomers: Nicholas Coper-
            sophisticated calendrical systems from perhaps as early as  nicus (1473–1543), Tycho Brahe (1546–1601), and
            the second millennium BCE.                          Johannes Kepler (1571–1630). Copernicus was the first
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