When you vibrate a superstring, the vibrations produce unique subatomic particles like an electron.
In a sense, the universe that we know is the result of a symphony being played at the subatomic level by vibrating superstrings.
Are you with me so far?
- Hi, welcome back to true science.
I'm your host Sean fox and today we're here with one of the country's leading physicist, Dr. Carl Meiselhoff.
Dr. Meiselhoff, you've long been regarded as something of a rebel in the field of particle physics and other dimensions.
- I'm not a rebel, I am doing the work of a long legacy of rebels but I'm not a rebel.
- Well, the physics community has long relied on large expensive particle colliders to study such things as fusion and string theory.
You claim to have found a different path.
- Well, it's very complex, Sean.
But, the fundamentals of our work suggest that at the moment of death, the human brain can perceive the subatomic realm or quantum universe, if you will. 但是，我们工作的基本原理表明，在死亡的那一刻，如果你愿意的话，人脑可以感知亚原子领域或量子宇宙。
- So, are you saying your subjects are people or ghosts?
- Are you saying there's a difference?
If someone communicates or travels from one membrane to another, that which makes it human remains intact. 如果有人从一层膜到另一层膜进行交流或旅行，那么使其成为人类的膜就会完好无损。
Anybody that's familiar with Niels Bohr would know that. 任何熟悉尼尔斯·玻尔的人都会知道这一点。
- Of course.
- We found that by using a combination of stimuli, we can mimic the moment of death in the human brain.
We actually are tricking the brain into thinking it's dying.
- Define stimuli.
- Low frequency sound waves, medicinal agents.
That sort of thing.
- Really, what sort of medicinal agents are we talking about here?
- Well, we've tried several but we found the most success with Ketamine.