This two-pronged standard for true genius is aptly illustrated by examining the scientific contribution of the century astronomer Copernicus. Prior to Copernicus, our view of the universe was governed by the Ptolemaic paradigm of a geocentric universe, according to which our earth was in a fixed position I at the center of the universe, with other heavenly bodies revolving around it. Copernicus challenged | this paradigm and its key assumptions by introducing a distinction between real motion and motion that s merely apparent. In doing so, he satisfied the first requirement of a true genius.
|ad Copernicus managed to show only that the old view and its assumptions were problematic, we would not consider him a genius today. Copernicus went on, however, to develop a new paradigm; he claimed that the earth is rotating while hurtling rapidly through space, and that other heavenly bodies only appear to revolve around the earth. Moreover, he reasoned that his view about the earths real motion could explain the apparent motion of the sun, stars and other planets around the earth. It turned out he was right; and his theories helped facilitate Galileos empirical observations, Keplers laws of planetary motion, and Newtons gravitational principle.
To sum up, I find the proposed definition of true genius incisive and accurate; and the example of Copernicus aptly points up the two required elements of true genius required by the definition.
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