Passage A
The prevailing narrative in the history of innovation often frames technological advancement as an autonomous, unstoppable force that inevitably shapes the contours of society. From this deterministic perspective, once a breakthrough technology—such as the steam engine, the telegraph, or the microchip—is introduced, its inherent technical properties dictate both how it will be utilized and the profound social transformations that will inevitably follow. Society, in this view, is largely reactive; institutions, laws, and cultural norms are forced to adapt to the rigorous demands of the new machinery. This theoretical approach posits a unilinear path of progress, wherein each mechanical or digital invention builds logically upon its predecessor through purely technical imperatives, rather than human desire or political maneuvering. According to determinists, the success or failure of a given technology in the marketplace is judged solely by its objective efficiency, reliability, and mechanical superiority over previous iterations. Consequently, the role of the historian is not to question why a technology emerged, but merely to document the downstream impacts these non-negotiable technological shifts impose on human populations, treating the technology itself as an independent variable that alters human behavior.
Passage B
Proponents of the Social Construction of Technology (SCOT) framework rigorously challenge the assumption that technological artifacts evolve according to an isolated, internal logic. Instead, they posit that human agency and social dynamics are the primary drivers of technological change. Under the SCOT paradigm, an artifact's design and widespread adoption are never inevitably determined by its raw technical merits. Rather, technologies in their nascent stages exhibit profound "interpretive flexibility." Different relevant social groups—ranging from venture capitalists and engineers to end-users and government regulators—often possess radically different understandings of what a specific technology is and what exact problems it is meant to solve. For instance, the early high-wheeled bicycle was championed by athletic young men as a thrilling, albeit dangerous, sporting apparatus, while other demographic groups simultaneously demanded a safe, utilitarian mode of everyday transport. The ultimately stabilized design of the modern safety bicycle was not a triumph of pure, unadulterated engineering logic, but rather a complex, negotiated compromise among these competing social interests. To genuinely comprehend why a particular technology succeeds while others fade into obscurity, we must analyze the rich sociological context in which it is deeply embedded, recognizing that human society shapes technology long before technology can begin to shape society.
Based on the passages, how would the author of Passage B most likely respond to the assertion in Passage A that the success of a technology in the marketplace is judged solely by its "objective efficiency, reliability, and mechanical superiority"?
- AThey would concede the point, but only with the qualification that the mechanical superiority of an artifact is usually established after a period of interpretive flexibility.
- BThey would reject the claim by pointing out that market dynamics, such as advertising campaigns and corporate monopolies, ultimately dictate consumer adoption rather than technical efficiency.
- They would dispute the claim, maintaining that what constitutes a successful design is not an objective technical reality, but rather a compromise forged among differing social expectations.Cevap
- DThey would agree with the claim, noting that the ultimate stabilization of technologies like the bicycle proves that pure engineering logic eventually satisfies all social groups.
- EThey would reject the claim entirely, asserting that the physical and mechanical properties of an artifact play absolutely zero role in its historical trajectory or eventual adoption.