Soru

Passage A
Historically, the transition from medieval alchemy to early modern chemistry was characterized not merely by the incidental discovery of new physical substances, but by a profound methodological and cultural transformation. For centuries, alchemical practice was shrouded in deliberate secrecy, heavily relying on esoteric symbolism, cryptic ciphers, and allegorical texts specifically designed to obscure knowledge from the uninitiated. Practitioners predominantly viewed their laborious work as a dual quest—both a spiritual purification and a material transmutation—inextricably intertwined with philosophical mysticism. However, during the pivotal decades of the seventeenth century, a new breed of natural philosophers began to fundamentally challenge this deeply entrenched, secretive tradition. These reformers vehemently argued that for the systematic study of matter to genuinely advance, it must be untethered from personal mysticism and subjected to rigorous, observable, and standardized parameters. They advocated for a radically new epistemology grounded in empirical experimentation, precise quantitative measurement, and, perhaps most importantly, the open and unhindered dissemination of results. By insisting that experimental procedures should be fully documented and completely reproducible by other independent researchers, these pioneers effectively dismantled the hermetic seal of traditional alchemy.

Passage B
Published in 1661, Robert Boyle’s influential treatise *The Sceptical Chymist* represents a watershed moment in the history of scientific thought, serving as a primary catalyst for the intellectual pivot away from established alchemical traditions. In this seminal text, Boyle fiercely criticized the prevailing methodologies of contemporary alchemists, particularly targeting their reliance on deliberately obscure language and their uncritical, dogmatic acceptance of ancient philosophical theories regarding the fundamental composition of matter. Instead, Boyle championed a radically transparent approach to the investigation of nature. He unequivocally demanded that all theoretical claims regarding chemical elements and their interactions be strictly subjected to rigorous, verifiable, and carefully controlled laboratory testing. Furthermore, Boyle meticulously documented his own experimental apparatuses, trial procedures, and empirical observations, writing in remarkably clear, accessible prose that was explicitly intended to be read, understood, and replicated by his scholarly peers across Europe. By insisting on experimental reproducibility and public scrutiny as the ultimate, objective arbiters of scientific truth, Boyle successfully operationalized the emerging empirical standards that would define the scientific revolution.

Which of the following best describes the relationship between the two passages?