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量子力学解释的建构与比较
引用本文:马兰,万小龙.量子力学解释的建构与比较[J].河池师专学报,2009(2):37-41.
作者姓名:马兰  万小龙
作者单位:华中科技大学哲学系,湖北武汉430074
摘    要:正统的哥本哈根解释因其语义的不一致性受到置疑,非正统解释中最节省的系综解释、本体论解释、多世界解释、模态解释、退相干解释重构了量子力学解释。它们在语义中的解释力与附加性要求都不相同。从解释力强弱与附加性要求两个视角比较这些解释,加深对各种量子力学解释的认识,既是整体科学知识的需要,也是理论语义上一致性的需要。

关 键 词:量子力学解释  比较  解释力  附加性要求

Construction and Comparison of Interpretation of Quantum Mechanics
Institution:MA Lan, WAN Xiao-iong (Department of Philosophy, Huazhong University of Science and Technology, Wuhan, Hubei 430074, China)
Abstract:Copenhagen interpretation of quantum mechanics is criticized for its semantic inconsistence. The minimal ensemble interpretation, ontological interpretation, many- worlds interpretation, modal interpretation and decoherence interpretation reconstruct quantummechanics interpretation. They have different additional requirements and explanation force. Comparing the six interpretations from additional requirements and explanation force can deepen our understandings, which is not only the need of whole science knowledge , but also the need of semantic consistence.
Keywords:interpretation of quantum mechanics  comparison  additional requirement
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