科学技术哲学研究
科學技術哲學研究
과학기술철학연구
Science Technology and Dialectics
2014年
6期
1~6
,共null页
法则 玻姆理论 对称性 语境 波函数
法則 玻姆理論 對稱性 語境 波函數
법칙 파모이론 대칭성 어경 파함수
principle ; Bohm Mechanics; symmetry ; context ; wave function
文章从爱因斯坦对法则性理论的定义为基础来解释波函数,力求阐明在玻姆隐变量语境下,波函数可以被看作是一个法则,并分析了把波函数看作法则可能遇到的困境及解决方式,从而更充分地说明波函数的意义,指出作为法则的波函数是我们在特定语境下理解物理学理论的一个新平台。
文章從愛因斯坦對法則性理論的定義為基礎來解釋波函數,力求闡明在玻姆隱變量語境下,波函數可以被看作是一箇法則,併分析瞭把波函數看作法則可能遇到的睏境及解決方式,從而更充分地說明波函數的意義,指齣作為法則的波函數是我們在特定語境下理解物理學理論的一箇新平檯。
문장종애인사탄대법칙성이론적정의위기출래해석파함수,력구천명재파모은변량어경하,파함수가이피간작시일개법칙,병분석료파파함수간작법칙가능우도적곤경급해결방식,종이경충분지설명파함수적의의,지출작위법칙적파함수시아문재특정어경하리해물이학이론적일개신평태。
This study attempts to interpret wave function on the basis of Einstein' s definition of principle theory, ai- ming to prove that in the context of Bohm Mechanics, wave function can be understood as a principle theory. It also analyses the possible difficulties in this practice as well as the corresponding solutions, so as to illustrate the mean- ing of wave function more adequately. It points out that wave function as a principle theory will work as a new plat- form on which physical theories can be understood in a given context.