物理学原始创新方法探究  

An exploration of original innovation methods in Physics

作　　者：姜文龙 李鹏 尹晶 张云琦 JIANG Wen-long;LI Peng;YIN Jing;ZHANG Yun-qi(College of Electronic Engineering,Changchun College of Electronic Technology,Changchun 130114,China)

机构地区：[1]长春电子科技学院电子工程学院,吉林长春130114

出　　处：《吉林师范大学学报(自然科学版)》2025年第1期65-69,共5页Journal of Jilin Normal University:Natural Science Edition

基　　金：吉林省高等教育教学改革研究课题(2024L5L5OYU007A);吉林省高教科研课题(JGJX2023B43)。

摘　　要：论述了物理学原始创新方法的重要性.普朗克能量量子化假说以及狄拉克对反物质的预言开辟了近代物理学的新纪元,促进了量子力学的诞生,促进了科学和技术的巨大进步,体现了数学方法和科学假设对科技进步的巨大贡献.进而讨论了系统分析方法对科技进步的贡献,能量守恒、角动量和动量守恒三大守恒定律对科学发现、技术进步的促进作用,当代理论物理发展对实验物理的挑战.物理学原始创新方法的探究对科技创新方法的探索与应用起到一定的指导作用.The importance of original innovation methods in Physics was discussed.Planck s hypothesis of quantization of energy and Dirac s prediction of antimatter opened up a new era of Modern Physics,gave rise to the birth of quantum mechanics,and promoted the great progress of science and technology,which illustrated the great contribution of mathematical methods and scientific hypotheses for scientific and technological progress.The contribution of system analysis methods to scientific and technological progress,the role of the law of conservation of energy,conservation of angular momentum and the law of conservation of momentum in scientific discovery and technological progress,and the challenges of the development of contemporary theoretical physics to experimental physics were also discussed.The research of original innovation methods in Physics can be helpful for the exploration and application of the scientific and technological innovation methods.

关 键 词：科技创新 数学方法 科学假说 

分 类 号：G304[文化科学]