2.2.10. Coherence at a Molecular Level in a Living Organisms (Liquid Crystalline)

Summary: The text discusses the concept of coherence in living organisms at a molecular level, contrasting it with the rigid coherence of minerals. It highlights the discovery of dynamic crystalline structures in living beings through polarized light microscopy, showing that molecules in living organisms are highly coherent. The discussion also explains how changing polarization of light reveals the crystalline structure through changing colors.

it's completely acknowledged. But when we talk about living organisms, this is pretty much dismissed. The reason being is that the -- for coherence to manifest on the molecular level, the molecules have to be -- the common understanding is that they have to be rigidly held together, like in a rock, for example, where each molecule by molecule, they are packed so tightly that they reflect light in the same way. But it turns out that the living body, now this body or it could be an insect, is also a highly coherent even on a molecular level. Now it's not a rigid crystal, it's what is called a dynamic crystalline structure. Dr. she is a PhD biochemist, she used a polarized light microscope and she discovered what she called a rainbow worm. So what she demonstrated, I think it was more like more than 20 years ago, is that when you would put a living organism, it could be insect, a bug, a worm, a larva under the microscope, you will see that the structure of the body, the individual molecules are extremely coherent. They're just as coherent as a mineral and as a rock, but in a more of a dynamic kind of way, they're not rigid. So what you see here is that on the microscope, we're gradually changing polarization of light. That's why we see the rainbow. And this is a bug. And now it's living, it's a living organism. And actually, if you put a human on the microscope, you will see the same. All our tissues are extremely coherent, not simply in a kind of allegory way, but in a very literal sense to the level of the molecules and individual atoms, they are fully coherent. And just to add a little bit about the domains, Arzhan. When you see -- when we had the mineral and turning that on the slide. The colors are changing, just to fill that piece in, in case it's not clear, the colors are changing because you take the minerals are all the atoms are lined up like this, like my hand is here. And so as you move the light and you change the angle, it gives you different colors. And then when you go to the next slide and you see the same thing, where as they move it, the colors start to change. This is that crystaline structure, liquid crystalline structure that's actually being demonstrated through the changing of the colors. Like the changing of the colors is very significant to indicate this crystalline structure. So I just wanted to reiterate that, Arzhan, I thought it important. Thank you.