Social Epistemology at Work: from Philosophical Theory to Policy Advice

E. Petrovich, M. Viola
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引用次数: 5

Abstract

The Twentieth century witnessed the raise of several academic disciplines targeting science as a research object. History of science and philosophy of science were the first to get institutionalized in the university system, with the birth of the journal Isis by George Sarton in 1912 and the diffusion of Neo-positivist philosophy of science in U.S. universities by emigrated members of the Vienna Circle. Sociology of science soon followed, with the establishment of the institutional sociology of science school lead by Robert Merton in the Fifties. The publication of The Structure of Scientific Revolutions by Thomas Kuhn in 1962 set a landmark in the history of the study of science, fueling the raise of new approaches in all the three mentioned disciplines. The sociology of scientific knowledge (SSK) advanced by Edinburgh School and the emergence of the galaxy of Science and Technology Studies (STS) would not have been possible without Kuhn’s work. The Sixties saw also the birth of the quantitative study of science, with the creation of the Science Citation Index by Eugene Garfield in 1964. From the Eighties onward, the academic research targeting science has flourished enormously, addressing its research object from a wide range of methods and disciplinary perspectives (from cultural anthropology to economics, from philosophy to bibliometrics). Even if it these different studies of science have not coalesced into a unified and coherent picture of science, still it is right to say that today we know more and better how scientific inquiry works, at different levels and in different contexts. The second half of the century was marked not only by the flourishing of academic metadiscourses on science, but also by the increasing interaction of science and society at large. The Manhattan project was the first occurrence of so-called “Big Science”, i.e. a huge techno-scientific project involving thousands of scientists, engineers and technicians, and funded by massive amount of public money. Science, the Endless frontier, the report delivered by Vannevar Bush to President Roosevelt in 1945, marked the dawn of science policy as a strategic issue in the United States. National Science Foundation (NSF) was soon created and categories like “basic” and “applied” research started rapidly to shape policy discussion about the organization and the funding of scientific research. The main tenet of Fifties and Sixties science policy was the clear separation between scientific community
工作中的社会认识论:从哲学理论到政策建议
20世纪出现了以科学为研究对象的若干学科。科学史和科学哲学最先在大学系统中制度化,这是随着1912年乔治·萨顿(George Sarton)创办的期刊《伊希斯》(Isis)的诞生以及维也纳圈移民成员在美国大学中传播新实证主义科学哲学而开始的。科学社会学紧随其后,在50年代由罗伯特·默顿(Robert Merton)领导的制度科学社会学学派成立。托马斯·库恩1962年出版的《科学革命的结构》在科学研究史上树立了一个里程碑,推动了上述三个学科的新方法的提出。如果没有库恩的工作,爱丁堡学派提出的科学知识社会学(SSK)和科学技术研究星系(STS)的出现是不可能的。六十年代还见证了科学定量研究的诞生,1964年尤金·加菲尔德(Eugene Garfield)创建了科学引文索引。从八十年代开始,以科学为研究对象的学术研究蓬勃发展,从广泛的方法和学科角度(从文化人类学到经济学,从哲学到文献计量学)来处理其研究对象。即使这些不同的科学研究还没有融合成一个统一的、连贯的科学图景,我们仍然可以正确地说,今天我们更多、更好地了解了在不同层次和不同背景下的科学探究是如何进行的。20世纪下半叶的特点不仅是关于科学的学术元话语的蓬勃发展,而且是科学与整个社会的互动日益增加。曼哈顿计划是所谓“大科学”的第一次出现,即一个涉及数千名科学家、工程师和技术人员的大型科技项目,由大量公共资金资助。Vannevar Bush在1945年提交给罗斯福总统的报告《科学,无尽的前沿》标志着科学政策开始成为美国的一个战略问题。美国国家科学基金会(NSF)很快成立,“基础”和“应用”研究等类别迅速开始影响有关科学研究组织和资助的政策讨论。五六十年代科学政策的主要原则是科学界之间的明确分离
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