For much of the twentieth century, the prevailing narrative among historians of science portrayed the sixteenth and seventeenth centuries as a period of radical, discontinuous intellectual rupture—a "Scientific Revolution" that decisively severed modern inquiry from the dogmatic strictures of medieval scholasticism. According to this framework, early modern thinkers did not merely refine existing knowledge; they invented an entirely new epistemological paradigm predicated on empirical observation and mathematical modeling.
However, this dramatized narrative of a sudden, catastrophic break with the past is fundamentally misleading. A more rigorous examination of early modern scientific texts reveals that the foundational achievements of the period were deeply indebted to, rather than liberated from, late medieval intellectual frameworks. The mathematical modeling of motion, often heralded as a seventeenth-century triumph, actually relied heavily on the conceptual tools developed by fourteenth-century scholars at Oxford and Paris. Furthermore, the supposed champions of the new empiricism were often deeply embedded in the metaphysical and theological debates of their predecessors. Thus, rather than representing an abrupt epistemic rupture, the era traditionally dubbed the Scientific Revolution is more accurately understood as a period of accelerated evolution that was inextricably anchored in medieval scholastic traditions.
Which one of the following most accurately expresses the main point of the passage?
- The era typically referred to as the Scientific Revolution is best characterized not as a sudden intellectual rupture, but as a phase of accelerated intellectual evolution firmly rooted in medieval scholasticism.Answer
- BSeventeenth-century scientific achievements, such as the mathematical modeling of motion, were heavily reliant on the conceptual frameworks developed by fourteenth-century scholars.
- CScientific progress rarely occurs through abrupt paradigm shifts, but instead relies on the gradual evolution of metaphysical and theological frameworks across centuries.
- DBecause early modern scientists remained entangled in medieval theological debates, the period traditionally called the Scientific Revolution produced no genuinely new epistemological paradigms.
- EThe Scientific Revolution established a new epistemological paradigm based on empirical observation that successfully freed modern inquiry from the dogmatic strictures of medieval scholasticism.