Mike Butters explains how magnetic fields can reshape cell receptors to change mood and sleep without drugs. The technology works through non-covalent bonds that alter protein structure, potentially affecting biological responses across the body.
Bulletproof radio, a state of high performance. It's one of those rules in Game changers, I interviewed 500 people to figure out what they had in common to become people who had a meaningful impact. And one of the rules, there's 40 something of them, is track what you hack. And the idea of I'm just going to track a whole bunch of stuff that I don't do anything about, it's like collecting pennies. Look, if it makes you happy, you can do it, but it's probably not going to change your life. But when you say I am paying attention to the things I want to modify, magic happens. But there isn't any feedback signal in this thing. You don't tell me how I'm feeling. You don't say, oh, we're playing birds or getting a nice calming sound. You sit there and a little light comes on and it's doing something. This is not feedback. This is a signal that modifies something. Do you know what it really modifies? I know, I can feel it. But what's it doing?
So you want me to give you the scientific explanation or you.
Yeah, I'm curious basically.
Back to these non covalent bonds. Okay. If you can affect a protein receptor on a cell to change its shape, which is what we believe is going the IRC model, if a protein receptor can change its shape, it can trigger a whole world of metabolic effects and hormones and my RNA and things like that. And that's what we're doing. We do not put bells and whistles on this tech. Everyone's like, hey, let's make this like the Calm app. Let's try to put, you know, Ron Swanson's sexy voice to help people go to sleep. And some really cool music. We might add that later on. But we wanted to go straight to the vein here. Like, let's help people with no bells and whistles to start and just see where it lands. That was really the idea.
It's the digital equivalent. About as close as you can get saying, I'm going to take a sleeping pill. Right? You don't want to do the work to darken your room and learn how to sleep and don't have a late dinner. All this stuff that makes you sleep better. You're like, I just wanted to do something. Unfortunately, sleeping pills have all sorts of side effects, but from a digital perspective, like, I'm just going to do this. It's going to do the work, not me. Yep, okay.
That's the idea.
And also your cup of coffee does the work to. Of course it changes your cells when you do it. Like, it's modifying all kinds of stuff in the body. You're just saying we can make some modifications to receptors in cells. And that goes back to Candace Peart's work. She's talking about how cell receptors work, and they do change shape. That's why you need fluid cell membranes. So you can change a receptor and you can actually. It's called a ligand. You can latch on to something. And so if you can influence a cell with a subtle magnetic field. So it's like, oh, I need to do more of this. It's doing that, and it changes how you feel. No drugs or anything, ingestible required. Which is kind of groundbreaking.
This is absolutely. I mean, please help me get Mike Butters the Nobel Prize here in the next five years. Dear God. I mean, our chief scientist led the team to invent Cialis. Okay, we've got a rock star team. It's just been all under NDA. And now in the last bit, we can tell the world sa.
