光是一種意念，而這個實驗有了最好的證明。因為觀察這件事情本身就是一種意念，在這個意念建立的場域下，我們實驗中以發射光子的概念去實驗，所以在鏡頭開啟的情況下，光是呈現以粒子的方式來運行。而當鏡頭關閉時，光本來就是一種能量，所以當然是會出現狹縫干涉條紋，因為光本身就是一種散形意念能。 Light is an EN, and this experiment has the best proof. Because observing this thing is itself a kind of EN, in the field of this EN, we experiment with the concept of emitting photons in our experiments, so when the camera is turned on, the light is presented to run as a particle. And when the camera is turned off, light is originally an energy, so of course there will be slit interference fringes, because light itself is a kind of scattered EN energy.

【意念/EN】【場域/FIELD】
光是一種意念，而這個實驗有了最好的證明。因為觀察這件事情本身就是一種意念，在這個意念建立的場域下，且我們實驗中以發射光子的概念去實驗。所以在鏡頭開啟的情況下，光在這個觀察的意念場域中是呈現原來的實驗設計條件，便是光因為觀察這件事情本身就是一種意念，在這個意念建立的場域下，且我們實驗中以發射光子的概念去實驗。所以在鏡頭開啟的情況下，光在這個觀察的意念場域中是呈現原來的實驗設計條件，便是光以粒子的方式來運行。以粒子的方式來運行。而當鏡頭關閉時，光本來就是一種能量，所以當然是會出現狹縫干涉條紋，因為光本身就是一種散形意念能。
Light is an EN, and this experiment has the best proof. Because observing this thing is itself a kind of EN, in the field where this EN is established, and we experiment with the concept of emitting photons in our experiments. So when the camera is turned on, light is presented in the original experimental design condition in this EN field of observation, that is, light runs as a particle. And when the camera is turned off, light is originally an energy, so of course there will be slit interference fringes, because light itself is a kind of scattered EN energy. 

https://www.youtube.com/watch?v=cnP7NmB9yAQ

2022-05-22 【腦動烏托邦】 就是這個實驗，讓愛因斯坦質疑世界的真實性，讓無數學者相信平行宇宙的存在！意識決定現實、瞬間移動、改變歷史，一切都不是科幻！

中央研究院 Academia Sinica 中央研究院天文及天文物理研究所(ASIAA) 國家太空中心 NSPO 科技部 Discovery National Geographic Magazine HISTORY Nature NASA - National Aeronautics and Space Administration NASA Scientific and Technical Information (STI) Program Geoffrey Taylor於1909年對楊氏雙狹縫干涉實驗進行了改進，大家可以看到影片中4:40的描述。這個實驗呈現了觀察的鏡頭竟然影響實驗結果。

Geoffrey Taylor improved Young's double slit interference experiment in 1909, and you can see the description in the film 4:40. This experiment presents a lens of observation that affects the results of the experiment.

「鏡頭關閉，光就呈現出波的特性，干涉條紋出現。鏡頭打開，光就顯示出粒子的特性，干涉條紋消失。」

"When the camera is turned off, the light takes on the characteristics of a wave, and interference fringes appear. When the camera turns on, the light shows the characteristics of the particles, and the interference fringes disappear."

原理很簡單。我一直強調光是一種意念，而這個實驗有了最好的證明。因為觀察這件事情本身就是一種意念，在這個意念建立的場域下，我們實驗中以發射光子的概念去實驗，所以在鏡頭開啟的情況下，光是呈現以粒子的方式來運行。而當鏡頭關閉時，光本來就是一種能量，所以當然是會出現狹縫干涉條紋，因為光本身就是一種散形意念能。

The principle is simple. I have always emphasized that light is an EN, and this experiment has the best proof. Because observing this thing is itself a kind of EN, in the field where this EN is established, and we experiment with the concept of emitting photons in our experiments. So when the camera is turned on, light is presented in the original experimental design condition in this EN field of observation, that is, light runs as a particle. And when the camera is turned off, light is originally an energy, so of course there will be slit interference fringes, because light itself is a kind of scattered EN energy. 

基本上光是以棘皮的方式在運行，也就是發出光的起點可視為棘皮的意念中心；如同扭毛巾中心點的一邊，即為光發出的基礎模式。扭毛巾的一邊，可以是許多毛絮聚集而成，也可以是一條一條的毛線交織而成。光並非僅是波粒二元性，而是各位以什麼意念來思考，這也一定程度的提升或降低光的質量。

Basically, light is running in the way of JIPI, that is, the starting point of the light can be regarded as the EN center of JIPI; Like one side of the center point of the twisting towel, it is the basic mode of light emitted. One side of the twisting towel can be made of many wools or intertwined with a series of wool threads. Light is not just wave-particle duality, but what you think about, which also increases or decreases the quality of light to a certain extent.