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[目的 /意义]图书馆学的发展需要与经典学科的话语系统进行对话,借鉴和引入一些经典学科的学术思想和方法将会对图书馆学范式变革产生积极影响,从而促进图书馆学的科学化进程。[方法 /过程]基于科学共同体语境,以物理学为参照学科,通过把物理学的经典思想、基本定律和研究方法与图书馆学的若干研究问题结合起来,构建一个图书馆学与物理学进行交流融合的可操作性图景,重新认识未来图书馆学的范式发展。[结果/结论]物理学中熵增定律、波粒二象性、测不准定律、第一性原理4个物理学思想和基本定律可以为图书馆学学术研究思维和态度所借鉴,物理模拟实验和理想化方法可以为图书馆学研究方法论所汲取。未来图书馆学在与其他经典学科对话融合后,将呈现出图书馆学的学科价值体系扩展、图书馆学领域已有的研究模式转变的趋势。
[Purpose / Significance] The development of library science needs dialogue with the discourse system of classical disciplines. Learning and introducing some classical academic ideas and methods will have a positive impact on the paradigm change of library science, thus promoting the science of library science Process. [Methods / Processes] Based on the context of the scientific community, taking physics as the reference discipline and combining the classical ideas, basic laws and research methods of physics with several research questions in library science, a library science and physics Communicate the operational integration of fusion landscape, to re-understand the paradigm of library science development. [Results / Conclusion] Entropy Law, Wave-particle Duality, Uncertainty Law and First Principle in Physics can be used for the thinking and attitude of academic research in library science. Physical simulation Experimental and idealistic approaches can be drawn from the methodology of library science research. In the future, after integrating with other classical disciplines, library science will show the extension of the subject value system of library science and the trend of the existing research mode in the field of library science.