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众所周知,数学作为一种工具,帮助人类认识自然界的基本规律,已有几千年的历史了,它是在解释自然现象中总结出来的,不管是观察实验还是理论研究,无论是从感性认识还是到理性认识,数学思想方法是不容忽视的研究自然的思想方法。尤为明显的是,在物理学的研究中发现数学思想与方法在其中的应用是最广泛的,数学思想与方法也为物理学解决了很多理论问题。现在物理学之所以能成为数学化程度最高的一门学科,也正是由于有了数学思想方法在其中的广泛应用。就物理学和数学之间的关联、物理学中的数学思想方法以及数学思想方法在物理学中的应用做一浅略的分析。
As we all know, mathematics as a tool to help humans understand the basic laws of the natural world, has been a thousand years of history, it is summed up in the interpretation of natural phenomena, whether observational experiments or theoretical studies, whether from perceptual knowledge or To rational knowledge, mathematical thinking and methods are natural ways of thinking that cannot be ignored. It is particularly evident that the application of mathematical ideas and methods in the study of physics is the most extensive, and the mathematical ideas and methods have also solved many theoretical problems for physics. Nowadays, physics has become a discipline with the highest degree of mathematics. It is precisely because of the wide application of mathematical thinking methods. A brief analysis of the relationship between physics and mathematics, mathematics in mathematics, methods of thinking and mathematics and methods in physics.