Come. Oh, Oh, Crow, Crow, Crow Triple Seven Radio.

Belief is the anime is the enemy of knowing.

All right, Ma'am. Welcome, Crow Triple 7 radio. This is episode 547. It is me and

Jason today and we're going to talk about tunings and frequencies. A lot of people online are catching on to things like the difference

between 432 and 440, but suffice it to say, wherever you choose to come down on it, if you change a frequency, even slightly, you have in fact changed something.

For me, I think the easiest way to get people to consider what is just not

recognition. I mean, think of all the frequencies in our world now compared to, I don't know, 20, 30 years ago, even 40, 50 years ago, it's extreme.

And we're going to have to come to a dead reckoning at some point about what this means. After all, matter is matter because of what we're about to talk about.

But the whole 432-440 thing is probably best illustrated on a round cymatic plate.

And let me preface this.

There's problems because of what gets used, the material of the plate, the thickness of the plate, all these little factors go into it, but if you do searches or you do it yourself, it has been my experience that the best example of the difference of those two

tunings is take a round plate and do it. What I notice is that when there is a lot of complexity, of course that means that the

frequency is probably higher the more complexity, but when it is well defined it is

akin or we could think to it about it as like an old radio when you're not quite on the channel

they're static and fuzz and when you're looking at a cymatic plate and there's not good definition in the geometry, maybe that's a way to think about it.

Anyhow, Jason, you did a lot of research to write these points.

Yep, hopefully by the time we're done with this people will have a better understanding of what

all this stuff means and you know there's a lot to it probably a lot more than a lot of folks even realize. I don't think that we are anywhere near where we need to be

with regard to the power of frequencies and what they mean in our, you know, 3D material world and how they are being used and how much study has gone into it,

particularly by places like the military industrial complex.

And when we consider that even just our most basic communications now

in nearly every person's pocket,

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