Mm.

But it's like, I think I'm probably understanding this from a more universal concept and how we, you know, um, somehow if you break the image or whatever, I mean, I, I say the image because I'm working with images all day in the clinical environment, but if you break everything down and go to the cellular level, and then from there go into, like, components inside every cell, we all go back to, you know, electrons and neutrons and the same components.

Like, you know, we're all made out of the same.

So it's almost like understanding how, um, you know, the evolution of different things and we are only part of this big system, and we are very pretentious as human thinking that we kind of own the crown of, you know, being the kings of nature.

Mm.

But some others are still very, you know, morphicy and, and very abstract in the sense that somehow I'm in my trying to go deeper in the body.

And if you think about when I'm doing ultrasound, I'm actually going through the layers of tissue, and those echoes that I see back on the screen are the reflection of very small parts of your body, and that's how the image is constructed.

So when I'm doing that, this process in my studio, because this is how my brain works, it works in layers and it break, it works breaking down the image to the minimum component possible.