摘要
量子测量难题的解决中对于量子测量过程的分析是必不可少的。本文从量子测量过程中的信息传输入手,在区分实在信息与意识信息的基础之上分别分析了测量的实在过程和测量的表征过程,进而认为量子测量是实在信息的转化和传递过程,也是意识信息的转化过程,并从破坏性与非破坏性的统一引出一种客观的信息保持性测量———量子非破坏测量。
The analysis of quantum measurement process is necessary to the solution of quantum measurement problem. The article discusses the real process and the token process of quantum measurement in the view of information transmission, based on the distinguishing hetween real and conscious information, And we think quantum measurement is the process in which real information converts and transfers, also the process that conscious information transfers. Then we describes an impersonal measurement-quantum non-demolition measurement （QND） in which information transmisses retentively.
出处
《自然辩证法研究》
CSSCI
北大核心
2005年第9期23-28,共6页
Studies in Dialectics of Nature
基金
教育部哲学社会科学研究重大课题攻关项目当代科学哲学的发展趋势研究(04JZD0004)成果之一
关键词
量子测量过程
信息
量子非破坏测量
quantum measurement process
information
quantum non-demolition measurement
