自然杂志 ›› 2010, Vol. 32 ›› Issue (6): 353-359.

• 探索假说 • 上一篇    下一篇

乘坐霍金的时光机能看到什么

林左鸣   

  1. 教授,中国航空工业集团,北京 100022;北京航空航天大学,北京 100083
  • 收稿日期:2010-09-29 修回日期:2010-10-29 出版日期:2010-12-25 发布日期:2010-12-25

What to See by the Time Machine of Hawking

LIN Zuo-ming   

  1. Professor,Aviation Industry Corporation of China,Beijing 100022,China;Beihang University,Beijing 100083,China
  • Received:2010-09-29 Revised:2010-10-29 Online:2010-12-25 Published:2010-12-25

摘要:   立足于以信息态为基础的容介态理论,对时空概念进行深入剖析后可以得到如下认知:时间是物质从初始运动到终止运动的度量,是随着物质运动的初始到终止而连续增量的空间概念值,是不可倒流的;物质态空间是运动着的,只能以直线(或径向)的趋势,作膨胀或收缩运动;时空并非一体,时间不是三维物质空间的更高维度。光子中单奇子的统一互变特性决定了光速不变,也决定了物质的能量只能使物质运动速度达到光速。光子粒子接收了外源信息,完全变成信息粒子的运动速度就会远远超过光速;以信息态能量速度运动的效应能量可以使物质的速度超过光速。所以人类不能穿越时空到达未来或置身于已经过去了的真实社会之中,但可以通过超光速飞行去追赶过去了的事物的信息影像。

关键词: 时间,  空间,  信息影像 , 超光速,  效应能量, 浮萍, 淀粉, 生物质能, 合成, 降解

Abstract: Discovery can be made by studying the concept of time and space in the theory of Rongjie state which is based on information, that time is a sort of measure for the movement from initiation to termination and is a spatial concept which is continuously incremental with the movement and cannot flow backwards. Substance space is in motion, moving for expansion or contraction only in a straight line (or radial direction); Time and space does not exist in one form. Time is not the higher one within the threedimensional material space. Characteristics of unity and change about singulars in photons not only determines the speed of light, but also determines that the energy of matter can only make the movement of substance reach the speed of light. However, as particles in photon absorb information and completely turn into particles of information, its speed will be far more than the speed of light; the effect energy moving in the speed of information energy can make the movement of material faster the light speed. Conclusion: humans can not pass through time and space to reach the future or the past, but can catch the information images of passed things by flying beyond the speed of light.

Key words: time, space, information image, beyond of light speed, effect energy, duckweed, starch, biomass energy, synthesis, degradation