28/11/2019
新實驗調查時空是否是量子化
http://www.epochtimes.com/b5/19/11/27/n11683904.htm
時-空在廣義相對論中是連續的,在量子理論中是離散的,問題的探究是時-空的真象屬於這兩元論中的何種狀態? 假設時-空同時具有離散性與連續性,在量子態是離散的,具有量子理論的狀態,然而此時-空量子必然糾纏,時-空的糾纏態就使其呈現廣義相對論中的連續性。文獻中物理的波粒二相可以類比,佛教經典的色空同態可以比喻。實驗的預期結果是可以得到伽馬射線在太空中旅行了上百億年,它們的速度偏離了光速,這是時-空的離散態,然而,當觀察無限時-空後,會統計出時-空的平均速度趨近光速,這是時-空的連續態。結果是花花世界,鴛鴦蝴蝶,離散與連續的溫柔同眠。
Space-time is continuous in the general theory of relativity; however, it’s discrete in quantum theory. What kind of state in the dualism is true? Assume that space-time has both discrete and continuous states The quantum state time-space is discrete, which can be explained by quantum theory. However, the space-time quantum is entangled all the time to make entangled time-spaces show the continuity of general relativity theory. In the literature of the two phases of wave-particle in physics can be the metaphor. In Buddhist classics, we can also realize the aggregate of matter comes from the matter that we can observe. The expected result of the experiment is that gamma rays have traveled tens of billions of years in space. Their speed deviates from the speed of light, which is a space-time discrete state. However, when you observe infinite space-time, we will realize that the average speed of space-time shows normal distribution, which is a continuous state of space-time. The conclusion might be discrete and continuous states stay together.
愛因斯坦的相對論認為時空是連續的;量子力學則認為日常生活中沒有多少物體是連續性,都是由某種最小的不能再分割的粒子構成的,認為時空也是這樣。最近一組天文學家提出一個實驗,有望探測到時空究竟是連續的還是離...