Transcript · English → Chinese
Understanding the Living Matrix in Biology
这就是生命基质，而这个概念源于
对我们身体是一个连续体的认知。
身体的所有部分，
就像宇宙的所有部分一样，都是相连 的。
所以这是一个细胞，而这也是一种认 知，
即细胞包含一个基质，
它被称为细胞骨架，
其中又包含另一个基质，
被称为核基质。
它被另一个基质所包围，
称为结缔组织基质。
它是人体内最大的器官。
它是唯一与所有其他器官接触的器 官。
首先，我把这看作是一个电子电路。
我画了些红点，它们代表电子。
没有人见过电子，
所以说它们是红点只是科幻想象，
但这是为了让你们对这种动态运动 有所了解
电子在身体回路中的运动。
而我所感兴趣并相信
是最迷人、
最有趣的研究主题之一的，
就是空间之间的界面，
这是我们体内
拥有最多的东西，
它与各处的空间相连，
我逐渐了解到它是一种等离子体。
事实上，所有这些东西都由等离子体 组成，
并且其内部含有等离子体。
我已经接受了等离子体的观点。
我很喜欢。
生命基质是由一种非凡的材料制成 的。
我认为，它是宇宙中最非凡的材料。
它具有令人惊叹的特性。
它是一种水合液晶。
它是一种半导体。
我提到这些词。
我听到这次会议上也提到了它们。
这种材料具有压电性和热释电性，
它是热电的，而且是驻极体。
这是胶原蛋白，是人体的
基本构建模块。
它是一个三股螺旋结构。
这就是其分子。
它被称为原胶原，噢，是原胶原，
它被一个水化层包围着，
也就是一层水，波拉克博士昨天提到 过。
你们是液晶，你们每一个人都是。
你们是液晶。
你们每一个人都是。
当我们想到晶体时，我们会想到坚硬 的东西，
比如钻石和石英。
这是钻石、石英晶体，很坚硬。
矿物晶体是高度有序的，
致密、坚硬、无弹性。
原子结构高度有序。
有机晶体也是高度有序的。
它们柔软且有弹性。
它们很有弹性。
所以我们不认为我们感受到的这种 物质
会是晶体，但它确实是。
何美芸，这位主要人物
在这本不可思议的杂志背后，写着这 样的话。
首先，人体内的各种组织
都是液晶。
这是肌肉的横截面。
我觉得这很美。
我是说，毫无疑问，肌肉是一种晶体。
这是胶原蛋白的组织方式
在肌腱、韧带以及其他部位
的结缔组织中。
这是细胞膜，所有这些分子
都与水相关联。
所以当你看到这个，胶原蛋白分子
在肌腱中的组织方式，与这些分子
相关联的是水分子，
它们也形成了一个液晶系统。
波拉克博士昨天也谈到了这一点。
她说，如果我是一名运动员
或任何类型的表演者，我会把这句话
贴在镜子上，这样我每天都能看到
因为我们对身体运作方式的认知
能帮助我们更好地使用身体。
液晶态赋予了生物体
其特有的灵活性、
极高的敏感性与反应能力，
并优化了快速、无噪声的内部沟通，
从而使生物体能够
作为一个连贯、协调的整体来运作。
End of transcript · 594 words · machine translated
Original transcript (English)
This is the living matrix, and the concept comes from the recognition that our bodies are a continuum. All of the parts of the body, just like all of the parts of the universe, are connected. And so this is a cell, and it's the recognition
that the cell contains a matrix, which is called the cytoskeleton, which contains another matrix, which is called the nuclear matrix. And it's surrounded by another matrix
called the connective tissue matrix. It's the largest organ in the body. It's the only organ that touches all of the other organs. And I view this, first of all, as an electronic circuit. I've made little red dots, which represent electrons.
Nobody has ever seen an electron, so it's just science fiction that they're little red dots, but it's to give you the idea of the dynamic motion movements of electrons within the circuit of the body. And what I'm interested in and believe
is to be one of the fascinating, most interesting subjects I can study is the interface between space, which is the stuff that we have more of than anything else within us,
which is continuous with space everywhere, which I am learning is a plasma. In fact, all of this stuff is composed and contains plasma within it. I've accepted the plasma idea.
I like it. The living matrix is made of a remarkable material. It's, I think, the most remarkable material in the universe. It has amazing properties. It's a hydrated liquid crystal.
It's a semiconductor. I mention these words. I've heard them mentioned in this conference. The material is piezoelectric, it's pyroelectric, it's thermoelectric, and it's an electret.
This is collagen, the basic building block of the human body. It's a triple helix. This is the molecule. It's called tropocollagen, whoops, tropocollagen,
and it's surrounded by a hydration shell, a layer of water, which Dr. Pollack talked about yesterday. You are liquid crystals, every one of you. You are liquid crystals. Every one of you.
When we think of crystals, we think of hard things like diamond and quartz. This is a diamond, quartz crystal, hard. Mineral crystals are highly ordered, dense, hard, inelastic.
The atoms are highly structured. Organic crystals are also highly ordered. They're soft and elastic. They're springy. So we don't think that this material that we feel
could be crystalline, but it is. May Wan Ho, the principal person behind this incredible magazine, says this. First of all, various tissues in the body are liquid crystals.
This is a cross-section of muscle. I think that's beautiful. I mean, there's no doubt that muscle is a crystal. This is the way collagen is organized in tendons and ligaments and other parts
of the connective tissue. This is cell membranes, and all of these molecules are associated with water. So when you look at this, the way the collagen molecules are organized in the tendon associated
with those molecules are water molecules, which also form a liquid crystalline system. And Dr. Pollack talked about this yesterday. She said, and if I were an athlete or a performer of any kind, I would put this statement
on my mirror so I could see it every day because our concepts of how our body works can help us in using our bodies. Liquid crystallinity gives organisms their characteristic flexibility,
exquisite sensitivity and responsiveness, and optimizes the rapid, noiseless intercommunication that enables the organism to function as a coherent, coordinated whole.
