Passage A and Passage B discuss the historical relationship between alchemy and early modern chemistry.
Passage A
Historians have traditionally characterized the birth of modern chemistry as a sudden, rationalist triumph over the superstitious mysticism of alchemy. This triumphalist narrative, however, fundamentally misrepresents the historical record and obscures the profound methodological continuity between the two fields. The laboratory practices of the seventeenth-century alchemists were not haphazard magical rituals, as they are so often caricatured by modern commentators, but rather highly structured, iterative experimental protocols. Working painstakingly in early laboratories, alchemists meticulously documented their processes of distillation, crystallization, and sublimation, effectively developing a robust empirical methodology designed to isolate and purify foundational substances. When pioneering chemists of the eighteenth century began to systematize the study of matter, they did not invent a new experimental paradigm ex nihilo; rather, they directly appropriated the rigorous laboratory techniques, standardized measurements, and empirical observations pioneered by their alchemical predecessors. The true conceptual breakthrough of early chemistry was primarily theoretical—a reinterpretation of existing chemical data—while its empirical bedrock and practical toolkit were decidedly alchemical in origin. Recognizing this historical debt requires us to view the scientific revolution not as a sudden fracture, but as a gradual, cumulative translation of alchemical empiricism into a new theoretical idiom.
Passage B
A recent trend among historians of science seeks to rehabilitate alchemy as a legitimate precursor to modern chemistry, frequently pointing to the shared use of laboratory equipment as evidence of an unbroken intellectual lineage. This revisionism, while perhaps well-intentioned in its desire to democratize the history of science, obscures the profound epistemological chasm that definitively separates the two disciplines. It is undeniably true that early chemists utilized the exact same retorts, crucibles, and furnaces that alchemists had employed for centuries to boil and condense liquids. However, scientific paradigms are defined not by their physical apparatus or superficial actions, but by their fundamental ontological commitments and their exacting standards of evidence. Alchemical practice was inextricably bound to a qualitative, metaphysical framework aimed at spiritual transmutation, where material changes were interpreted merely as physical manifestations of cosmic sympathies and astrological alignments. In stark contrast, the 'chemical revolution' of the late eighteenth century introduced a rigorously quantitative paradigm—most notably through the strict application of the principle of the conservation of mass. This newly secularized science demanded precise weight balances, rigorous peer verification, and reproducible results entirely stripped of any teleological purpose. To argue that chemistry is merely a continuous evolution of alchemy because both disciplines involved heating substances in glassware is to dangerously confuse technical craftsmanship with genuine scientific inquiry. The emergence of modern chemistry was not a natural progression of alchemical practices, but a radical methodological and conceptual rupture.
Based on the views outlined in Passage B, how would the author of Passage B most likely respond to the assertion in Passage A that pioneering chemists "directly appropriated the rigorous laboratory techniques and empirical observations pioneered by their alchemical predecessors"?
- ABy arguing that it accurately reflects the perspective of eighteenth-century chemists, who considered their quantitative methods to be an extension of alchemical transmutation.
- BBy accepting it as fundamentally accurate, since the revisionist historians criticized in Passage B also attribute the principle of conservation of mass to alchemists.
- By conceding its accuracy regarding the inheritance of physical tools, but criticizing its attempt to elevate mere technical craftsmanship into a continuous empirical methodology.Cevap
- DBy agreeing that because both disciplines involved "heating substances in glassware," the transition to modern chemistry lacked any radical methodological rupture.
- EBy rejecting it as entirely baseless, on the grounds that the absolute epistemological chasm between the disciplines prevented modern chemists from using any of the physical apparatus employed by alchemists.