We hear using light. There is a huge melanin sheet inside the human cochlea. Wireless earphones diminishes the melanin in your cochlea & in your brainstem. Tinnitus is actually a problem with the afferent loop as it's related to light
Sam Al-Qattan: "What do you mean specifically when you say in that podcast that we hear light and turn it into sound. How does that work?"
Dr. Jack Kruse: "Just what I said. You actually use light. See, people forget that the way things work in biology there's afferent and efferent loops in neurologic systems. Well it turns out the afferent loop is actually the electromagnetism that is impacting on melanin. The way ENT doctors learn about this, they think it's just the sound wave that comes through the tympanic membrane, that works through the ossicles, that creates a fluid wave in the endolymphatic sac. That's actually not true, and this is part of the reason why they're impotent to figure out what tinnitus functionally is.
"Tinnitus is actually a problem with the afferent loop as it's related to light. So the things [wireless earbuds] you have in your ear right now, that's the perfect cause of tinnitus. Why? Because you're using a wireless device, and those two devices connect through your brain. They're not going this way [traces an arc over the top of his head]; they're going right through your brain, right through your cochlea, and what does that do? It diminishes the melanin sheets that are present, not only in your cochlea, but also in your brainstem, in the deep portions of your brain where the radiation goes through."
Sam Al-Qattan: "OK, when you say melanin sheet, you don't mean myelin sheets, right? I'm confusing the two."
Dr. Jack Kruse: "No, melanin. Melanin is a sheet. That's what is present inside the cochlea, which is what you specifically asked about. There's a huge melanin sheet inside the human cochlea."
Sam Al-Qattan: "That's really interesting that you say that, because three years ago I woke up one day with a headache, and I had chronic fatigue, and I had this condition, and tinnitus, my ears were ringing, and it never went away, ever. So I wonder if that really has something to do with the non-native EMFs, like you're saying. From what I know, Dr. Max Gulhane told me that the way it affects mitochondria, or mitochondrial function, is that it affects the amount of calcium that gets regulated in and out."
Dr. Jack Kruse: "EMF, it affects calcium efflux, and that affects the free radical signal that's generated. But melanin is more proximal to that system. Melanin actually creates electrons for mitochondria to use. In fact, any place you see melanin sheets inside the human body you'll almost always find that they're adjacent to the outer mitochondrial membrane. Why is that? Because they're generating free electrons from electromagnetic signals that are generated inside of cells, meaning endogenous electromagnetic signals that are coming from mitochondrial metabolism. That's what we call biophotons."
Dr. Jack Kruse with Sam Al-Qattan @ 03:07–06:06 (posted 2023-12-02) https://youtu.be/1r4EPDUcKKc&t=187
Sam Al-Qattan: "What do you mean specifically when you say in that podcast that we hear light and turn it into sound. How does that work?"
Dr. Jack Kruse: "Just what I said. You actually use light. See, people forget that the way things work in biology there's afferent and efferent loops in neurologic systems. Well it turns out the afferent loop is actually the electromagnetism that is impacting on melanin. The way ENT doctors learn about this, they think it's just the sound wave that comes through the tympanic membrane, that works through the ossicles, that creates a fluid wave in the endolymphatic sac. That's actually not true, and this is part of the reason why they're impotent to figure out what tinnitus functionally is.
"Tinnitus is actually a problem with the afferent loop as it's related to light. So the things [wireless earbuds] you have in your ear right now, that's the perfect cause of tinnitus. Why? Because you're using a wireless device, and those two devices connect through your brain. They're not going this way [traces an arc over the top of his head]; they're going right through your brain, right through your cochlea, and what does that do? It diminishes the melanin sheets that are present, not only in your cochlea, but also in your brainstem, in the deep portions of your brain where the radiation goes through."
Sam Al-Qattan: "OK, when you say melanin sheet, you don't mean myelin sheets, right? I'm confusing the two."
Dr. Jack Kruse: "No, melanin. Melanin is a sheet. That's what is present inside the cochlea, which is what you specifically asked about. There's a huge melanin sheet inside the human cochlea."
Sam Al-Qattan: "That's really interesting that you say that, because three years ago I woke up one day with a headache, and I had chronic fatigue, and I had this condition, and tinnitus, my ears were ringing, and it never went away, ever. So I wonder if that really has something to do with the non-native EMFs, like you're saying. From what I know, Dr. Max Gulhane told me that the way it affects mitochondria, or mitochondrial function, is that it affects the amount of calcium that gets regulated in and out."
Dr. Jack Kruse: "EMF, it affects calcium efflux, and that affects the free radical signal that's generated. But melanin is more proximal to that system. Melanin actually creates electrons for mitochondria to use. In fact, any place you see melanin sheets inside the human body you'll almost always find that they're adjacent to the outer mitochondrial membrane. Why is that? Because they're generating free electrons from electromagnetic signals that are generated inside of cells, meaning endogenous electromagnetic signals that are coming from mitochondrial metabolism. That's what we call biophotons."
Dr. Jack Kruse with Sam Al-Qattan @ 03:07–06:06 (posted 2023-12-02) https://youtu.be/1r4EPDUcKKc&t=187
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