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@ Why would I get fat?
2025-02-11 19:42:02
Dr Sara Pugh: "I'm really excited for your view on the aging thing […] I've never heard you completely unleash what you think aging is […] "
Dr. Jack Kruse: "Yeah. Well, I would tell you that the answer has been staring all of us in the face. This is where I give Doug Wallace probably. . . this is the reason why I revere him. The wiring diagram in the inner mitochondrial membrane tells you the whole truth. […]
"It goes back to Faraday's experiments in the 1850s. Basically the Fo head spins, you got an electric current coming through. That induces electric and magnetic fields. Because the inner mitochondrial membrane is only 6nm, that means the charge differential between them is 30 million volts per meter. Realize that you have a lightning bolt present in every single crista of your mitochondrial membrane. So that tells you about power. […]
"So when you think about what I've said about melanin, what I've said about wideband semiconduction, that we're able to make light stronger than the sun and it's inside us, and I just told you about scale, you start going, 'Wait a minute. Now I know where Jack's going with longevity. It turns out who's ever got the best mitochondrial redox wins the game of longevity.' That's exactly what I've been saying for 20 years.
"But the problem is no one's really understood the wiring diagram of the inner mitochondrial membrane and leptin prescription. It's all codified. So when you have the Fo head, remember the Fo head spins because of four red light frequencies. What happens on the inner mitochondrial membrane? You basically strip electrons out from food. So food is basically just electrons that are powered up by sun from photosynthesis.
"What's the key part to the calorie restriction in the mTOR story in mammals? In between cytochrome proteins we have VDR receptors. That's the vitamin D receptor. Think about that, that when you're getting conversion of sunlight from your skin into your inner mitochondrial membrane. Remember, that light cannot get from the surface to your mitochondrial membrane. But yet we have vitamin D receptors inside of us. This is Noether's theorem coming straight to your doorstep.
"What happens is it interrupts oxidative phosphorylation. But why don't we die? Why does ATP still get made? Because red light stimulates the ATPase. So the combination of UV light, whether it's UVA, B, C or VUV light, will stop electron chain transport. You. will. not. need. to. eat. Why is that important?
"What's the other part of this, Sara, that people have forgotten, that I've said ad nauseum? Cells put electronic energy at the electronic state at the vibrational level. Why can we still make energy at night when we're sleeping and the sun's not out? Because it's stored in our bonds. How do you think melatonin releases its power at night? We all think it's a hormone of darkness. It's not. It's a hormone that's made during the day that's powered up. We harvest the light at night.
"And everything that's inside of us all these chromophore proteins what are they? They're there for a reason. […] We're using the light outside to create the light inside. […] Now you're beginning to understand what Noether's theorem is all about, is that energy in the system is telling things in space, and in time, how to bend. It's actually how non-linear optics really works. And all these chromophore proteins that we find like the flavins, B12, vitamin A at 328 nm light, or mTOR at 380. When you start looking at all these biochemicals that everybody knows, and you start seeing absorption and emission spectra, and you understand what I just told you, you start to realize this is like a fireworks show at the Fourth of July.
"And melanin is designed to absorb all that light and put any of the excess energy in water which we use at night to store at the vibrational level. Remember what makes the water in the cell? The mitochondria! What makes most of the melatonin in the body? The mitochondria! See we're back to the story. Where you can put me into the longevity story: it's all about mitochondria redox."
Dr. Jack Kruse with Dr. Sara Pugh @ 42:00–48:03 https://youtu.be/cy8cByk8H00&t=2520