Transcript · English → Chinese
English → Chinese transcript
Rebecca
Marina博士，她研究了她自己的
红细胞。
他们在不同的生理和
情绪状态下，研究并拍摄了
她的血细胞。他们发现的
就是这些。太疯狂了。
呃，当她伤心的时候，
她的血细胞移动得很快，
而且它们变得…真的，它
们变成了泪滴形。什么？
当她伤心的时候。什么？
血细胞呈完美的泪滴形状。
呃，当她的情绪体现出巨大
的爱意时，形状、排列和
速度都恢复正常。
而且不是开玩笑，
它们它们变得——她的血
细胞开始像在闪光。什么？
就是就是就是带着这些
细小的光点，
而在这之前是没有的。这些细小
细小细小的光点。当她焦虑
的时候，她的血细胞就会
凝聚在一起，
而且开始快速移动。紧张。对。
嗯。哪个是一模一样的和
他们嗯在她生病时研究
她血细胞的时候一模一样
哇这是他们做的最后一个嗯
实验也是最让人震惊的那个还会
更离谱吗？
会的他们当时已经被这些
结果震撼到了就觉得“
哇太疯狂了”是时候把同事叫来
一起看看这个了他们把嗯
她的血细胞分成了大概四
五个不同的组同事们进来之后就
挑选了嗯我记得是其中两组血
细胞然后这些同事就开始祈
祷为这些血细胞祈祷哇他们他们
他们为这些血细胞祈祷了
很久大概一个小时在场所
有人都惊呆了因为那些被祈
祷过的血液不仅仅是在发光…
什么？
就是特别亮不只是之前那种一点
点的小光点而是整片在
发光但但等一下，
我们现在说的是一种远远低于人
眼可检测水平的东西，对吧？
哦，百分之百。我们说的是那
种显微镜……是暗场的……好，好。
那叫暗场显微镜。
它会把后面的所有东西
完全遮蔽成黑色这样你就能
看到像这束光之类的东西。
这太疯狂了。她身体分离出来的
血细胞正在被人祷告祝福，
那里的光和运动正在以同样的
频率脉动跟她静息心率
的频率一样。什么？
她的血细胞。在载玻片上
的血细胞，
跟她身体分离开来，
而且已经分离了好几个小时。
它们是纠缠在一起的。
对，它们是，
它们还连在一起。哇。嗯，
而那些没有被祷告过的细胞
甚至根本没在动。
End of transcript · 448 words · machine translated
Original transcript (English)
Dr. Rebecca Marina, Dr. Rebecca Marina, They studied and photographed her blood cells under different physical and emotional states. They studied and photographed her blood cells under different physical and emotional states. They studied and photographed her blood cells under different physical and emotional states.
And this is what they found. This is crazy. And this is what they found. This is crazy. Uh, when she was sad, her blood cells moved quickly, and they became... seriously, they became tear-shaped.
seriously, they became tear-shaped. When she was sad. Blood cells were in the shape of perfect tears. Uh, when her emotions reflected great love, the shape and formation and the speed became normal.
the shape and formation and the speed became normal. And no joke, they they became the her blood cells began to And no joke, they they became the her blood cells began to like sparkle. Like like like with these little glints of light that weren't present before.
Like like like with these little glints of light that weren't present before. These little little little glints of light. These little little little glints of light. her blood cells clumped together and they started moving all quickly. her blood cells clumped together and they started moving all quickly.
Tension. Yeah. to when they, um, studied her blood cells when she was sick. Wow. which is the most mind-blowing.
It gets weirder? Yes. They were like shook by these results already. They're like, wow, this is crazy. It's time to bring in our colleagues to to look at this. They grouped, um, her blood cells into like four or five different groups.
They grouped, um, her blood cells into like four or five different groups. The colleagues came in and they picked, um, I believe two of the groups of blood cells, and the colleagues prayed over the blood cells.
They they they prayed extensively for like an hour over these blood cells. Everyone there was stunned Everyone there was stunned not only shined... What?
Like bright. Not just the little glints of light from before, but like it was like glowing. But but hold on, but we are talking about at a level that's so far beneath the detection of the human eye, right? But but hold on, but we are talking about at a level that's so far beneath the detection of the human eye, right? Oh, 100%. It's a dark field...
It's called a dark field microscope. It it completely blacks out everything behind it It's called a dark field microscope. It it completely blacks out everything behind it so that you could see things like this light and things like that. so that you could see things like this light and things like that. This is insane.
that were being prayed over, the light and the motion of her resting heart rate. What? Her blood cells.
Her blood cells on a plate, separate from her body, that have been separated for hours. They're entangled. They are. They are. They're still connected.
They are. They are. They're still connected. Um, and the cells that were not prayed over weren't even moving.
