Hi, Bishar. I mean, you've been there. I'm on a team of researchers, and we're trying to... You are what? Work out the meridian system, the human meridian system. The human meridian system, has that not been mapped already? Not in the West. Well, it has been mapped in the East. Right, but the West doesn't quite accept that. So what? Well, can't you use the one that is already existing? We are. Well, then what do you need? I'd like to know what we've discussed. You discovered that the meridian appears to be composed of chains of water molecules, H2O molecules? That's a physical representation of the energy, yes. It exists as an energy web as well. Right. And what is the nature of the signaling of the meridian system, and how does it relate to, like, genetic expression and cellular regenerative? Can you expand anything about that? The idea, of course, is it is done through residence.
It is done through frequencies. All communication of that nature is done through. variations in the frequency of the electromagnetic field. Does that make sense in your language? Does absolutely? How would we go about sensing those frequencies? They're very subtle. We're having trouble detecting them. Yes, yes, yes. They are. Can you operate any insight how we would start? You can amplify them, if you wish. Yeah, okay. By creating up a corresponding idea of a range of frequencies, you will find that certain substances will thus then vibrate in a chord when you hit the right pitch. Okay. So you can identify them that way by setting up a parent field in a sense. Like a fundamental that it resonates to our course? Yeah. And it can have what you call real static control so that you can go up and down the range of frequencies, finding when substances will respond to the different frequency ranges, you will have hit their pitch, hit their core, so to speak.
Yeah, yeah. Okay.