第37 卷,增刊
Vol.37 Supplement
红外与激光工程
Infrared and Laser Engineering
2008 年6 月
Jun. 2008
运动光子与原子核外运动电子的相互精确定量调控机理
冯劲松
(重庆新大集团高技术研究所,重庆 408200)
摘要:经研究揭示了运动光子与原子核外运动电子的相互精确定量调控机理。同时发现了实测波长
的光子数N 与实测电磁波(或称光量子)的归一化波长λ归(经研究发现λ = λ ⋅ 1− v2 C2 )的乘积等
归
实
于一个常数ξ。即ξ = N⋅λ = 2h mC =6 562.100 001 nm。实验分析发现:不同频率的光量子是由不同的
γ
归
N 个相同单光子组成的,光量子的本质是粒子性的。任何原子核外运动电子发射的光量子的波长的大小
是其光量子内所含光子数以及运动电子发射光量子时的旋转运动瞬时速度的函数;在红外和可见光区,
光子数对光量子的波长大小的改变起主要作用,而运动电子旋转运动瞬时速度对光量子的波长大小的改
变只起次要作用。即在红外和可见光区,光量子内光子数每增、减一个光子,就会导致光量子的波长大
小有很大变化;但是,无论运动电子瞬时速度有多大变化却只能导致光量子的波长的微小变化。根据这
一原理,既可以设计制造出单光子源和 光子源,又可以设计制造出单光子探测器和N 光子探测器,将
N
广泛用于未来的光量子保密通信、光信息处理、光传感和控制等领域。
关键词:量子信息; 光子; 光子源; 光子探测器; 运动光子; 运动电子
中图分类号:O43
文献标识码:A
文章编号:1007-2276(2008)增(红外)-0790-05
Move photon and atomic nucleus move outside electron mutually
accurate ration principle adjusting control
FENG Jin-song
(High-tech Research Institute of Chongqing Xinda Group,Chongqing 408200,China)
Abstract: Moving photon and atomic nucleus outside electron move between the accurate ration principle
adjusting control mutually are studied and brought. In addition, the author uncovers the fact that the product of the
photon number of the wavelength N from the experimental survey and the normalized wavelength of
electromagnetic wave from the experimental survey (The research finds: λ归 = λ实i 1− v2 C2 )is a
constant ξ .That is ξ = 2h mC =6 562.100 001 nm. The test analyses the discovery: The light quantum of
γ
different frequency is from the difference N (same shape and properties) single photon is made up. The innate
character of the light quantum is nature of particle. Every atomic nucleus wave-length of the light quantum the
electron of outside sport shot size is as the institute contain the function of photon number in this light quantum, is
that the electron of this movement shoot the time of the light quantum too revolve function of instantaneous speed
moves. In infrared and it will be seen that light wave: Number of photon the change of size of wave –length to the
light quantum takes out the main effect. And move electron revolve and wave-length to the light quantum of
instantaneous speed move the change only takes out the next in importance function. That is, in infrared and it will
收稿日期:2008-06-23
作者简介:冯劲松(1962-),男,重庆人,高工,研究生,主要从事相对论、量子力学、光子学、运动光子与原子核外运动电子的精确定量机理、相关
实验物理、精确测定原子核外运动电子的运动瞬时速度和轨道半径的智能分析仪器的研究。Email:xindafjs@163.com