摘要
通过量子论的科学中心地位及困境的简析指出,克服困境的可能方向之一是揭示和深刻认识薛定谔场(波函数)的物质性并补充对单粒子运动的描述。基于科学的统一性并吸收系统科学的思想,揭示“结构”是连通宇宙各系统的一个基元性物质概念并提议对薛定谔场作“结构场”解释,进而由量子变分原理导出系统结构动力学方程。这一将量子论安置于进化决定论框架的初步尝试,为人们探索科学的新综合,提供了一种参考视角。
The current quantum mechanics which is based on,the copenhagon School's interpretation system has some critical shortcomings in its interpretation by analysing the.entralposition of the quantum theory in science and its predicament.A possible way to overcome these difficulties is to try another way of interpretation of Schrodinger's wave function,which in principle can discover the materiality of Schrodinger's field and determine the actual behavior of motion of each particle in the system, as it was pointed out by Einstein. It is clearly that the concept of 'Structure' is an elementary one with materiality through which runs every material system in the universe. By analysing the unity of science,an interpretation of Schrodinger's field in terms of 'structure field' is suggested,and the theoretical framework known as system structure dynamics(SSD)based on this concept is then derived from'quantum variation principle'.The direction of trying to place physics in a framework of evolution will afford people a new angle to probe the unity of science.
出处
《甘肃科学学报》
1996年第4期71-77,共7页
Journal of Gansu Sciences
关键词
量子力学
结构场
量子论
系统结构动力学
quantum mechanics,wave function,structure field,quantum variation principle,system structure,dynamics(SSD)