论力、能量和熵的概念在基础物理中的作用

On the action of force, energy and entropy in elementary physics

从统一的角度 ,历史性地论述了力、能量和熵三个物理量的中心地位 ,探讨了它们在基础物理中的意义。修正了Prigogine总熵变公式 ,引入了k因子和g因子 ,调解热寂说和进化论的关系 ,并据此从熵的角度分析分子自组织进化熵减少的机理。最后分析了力、能量和熵之间的相互关系 ,指出从力、能量到熵概念标志着物理学从“存在的物理学”发展到“演化的物理学”。

At the angle of unity,the paper discusses the central position of Force, Energy and Entropy in physics historilally, discussing their profound meanings in elementary Physics. Corrects Prigogine formula of general entropy changes and introduces k factor and g factor, solving the contradiction of 'Theory of Heat Death' and 'Theory of Evolution'. According to the assumption, analyzes the mechanism of reduction of self-organization entropy. In the end, it analyzes their relationship, pointing out the development form force, energy to entropy marks the development of physics from 'physics of being' to 'physics of becoming'.