EIK - Session 3 Part 5

Though it was a manila knot that told you it was a knot. So I massage it along and suddenly the nylon is telling you that it is a knot. Now the cotton is telling it. Well that knot is what I call a pattern integrity. It's presence being communicated to you and I by virtue of its interfering with and doing certain things with things that you and I can apprehend. And we have the tuning capability to see rope. There are a lot of things we can't see. There are many things going on in this room here, the electromagnetic waves going thru the room we can't see. But this is one of the things we can see. We have the tuning capability to see that yellow of the manila, or the bluish white of the nylon.

Next thing. I can drop a stone in the water and a beautiful circular wave emanates. Or I can try it in milk and the same wave, or I can try it in kerosene, and the same. I've been thinking this wave, I called it a wave a water wave so I said, "maybe it isn't the water, maybe it isn't the milk, maybe it isn't the kerosene, we've got to find out more about it."

So now we scatter sawdust very nicely, evenly on the water. It's a still pond here, and we just scatter it nicely and evenly. And then we drop a piece of red popcorn in the middle of the floating sawdust there, and then we take surveyor's transits, and on three different angles at that red popcorn we have moving picture cameras which are both above and at various sides. So we have a number of observers, in fact we have all of the degrees of freedom because we have enough cameras again for the six positive and six negative. So now we drop a stone in the water over here and the wave goes into the sawdust, and you see the yellow sawdust wave, and the red piece of popcorn defined by these instrumentations, moves outwardly from the center of the earth, inwardly, and comes back where it was. It didn't go anywhere. Though it would have been part of one of the waves as it went along, you would have thought.

Now we find the molecules of water in exactly the same way, and now I'm going to very clearly identify, they operate, not exactly in a perfect perpendicular, but in a very narrow, delicate ellipse and come right back where they were. They don't go anywhere. So what went from here to there, you can see the wave go from here to there, but the water didn't go anywhere, so the wave had to just go by itself just as the knot went along on the rope, the rope wasn't going anywhere. So I begin then to discover that the wave is a pattern integrity in its own right, and I want to know more about it, so it is a nice beautiful day and we go down to the harbor, and there is no wind blowing, and a lovely blue sky, and the clouds you look there to the water and there are lovely boats moored out there, and the reflection of that boat, there's its hull, and there's its mast, and there's the blue sky and the clouds, all mirrored in the harbor. And so suddenly we throw something in the water, and the mast and the boat does this way and that way. What happened is then that the radiation from the sun coming through the atmosphere of the earth gets bent into the red, orange, yellow, green, blue, violet so that the blue sky which is a reflective of that radiation being bent, and there are the white clouds and all of the green trees, the yellow of the ship these are all colors within the very small amount of the great electromagnetic spectrum that is visible, tunable, by man. So those are frequencies which you and I have the tuning capability for, so what happens is that tuning capability with which we have the equipment, plus "after image" which is a very extraordinary thing, this brain relationship of storing these special cases at a rate at which we can recall, "after image" tells us that the mast did this. We got us a little scenario. So the information which you and I can tune in the red and the yellow and blue of the sky that size wave that you and I can tune, gives us information compositely of the presence of a wave you and I can't tune. Now this is a step-up and step-down transformer of information. So I want to get at the point then, that the fact that you and I say we can see a wave in the water we don't at all. We see the blue sky, we see that those kind of waves. We see blue waves, and yellow waves, and white waves we're not seeing the waves of the water, but we are getting information about it due to "after-image," very specific memory thing, get a very fast report of that memory thing, we caught on to that that wave was present. This is all that happens when we then started, electromagnetics got into a radio set. We began to pick up waves a mile high. That's the first, the first radios were all mile waves. Pattern integrity, o.k.?

Now I'm going to come back to starting to think a little bit about you and I. I find human beings playing a game over the great ages called animate-inanimate. They had twenty guests and twenty questions. And, you play that in all kind of radio games and television games today, but the first question that an astute person would ask the person who knew the answer would be, "Is it animate, or inanimate?" Because that got rid of a great deal of irrelevancies. I talked to you yesterday about thinking, getting rid of irrelevancies. So it gets rid of a great many irrelevancies. We, then, assume animate and inanimate were physical objects. That the physical was either animate or inanimate. Quite clearly warm, soft flesh is absolutely different from cold, hard metal. And so they never should be confused, the animate and inanimate. And gradually man began to learn a little more, getting more and more specialized and before I finish today I'm going to get back and talk a little bit more about specialization. At any rate, we find man learning a little more about his total experiences and beginning to realize that there are biological species other than just biology, or other than just the name bird, or just my friend in the sky begin then to have these different species identified, and began then to gradually get into such information as where you have to have the word "biology" you want to differentiate between the plants and the other creatures zoological. Now, with biology, as I came into the world of biology at the turn of the century, man had no idea of any relationship of biology with chemistry. There was little known about what the chemistry of Biology might be. It was not thought really in the chemical terms. And chemistry was dealing with invisibles, and doing things experimentally and discovering things invisible. It was only at the time of World War II, that recent, by which time I am 50 years of age, that man found he had more and more powerful instruments better and better microscopes, and there were more and more specialists coming in and they didn't want to be exactly on top of one another, so they kept taking a little more surrounding territory. There are so many specialists in biology and so many specialists in chemistry that suddenly with World War II, came the knowledge that they overlapped. And thinking they were going to be more and more specialized it came really as kind of a shock to then find this man as a biochemist. The hyphenated terms of science come in only with World War II. That recent.

Now, gradually then, we began to have information of genetics genes; and the biological species being controlled some kind of way in the Darwinian time they had cells. And you could recognize those cells as something, and you could learn more about those cells by looking with the microscope very extraordinary things go on here dichotomies of various kinds, and suddenly then, genes and something very specially controlling special designs of special creatures. And men begin to make more and human beings begin to investigate more and more the control of the species. So what they needed was to get living organisms that had very rapid generations, to be able to see from generation to generation what the changes might be, and if they could find what any of the variables controlling it might be. They found that the fruit flies, then, had very swift regeneration. But even more so, and a lot was found thru the fruit flies. But then we found that even more rapid were the tobacco mosaic viruses very rapid, therefore you gradually began to discover what was being responsible for various conditions in these growths. Then came the realization that you were dealing with viruses, and with this realization came a whole new area of virology. And virology got into the protein shells of the viruses, and within it discovering the DNA-RNA controls of the actually the code of the guanine, thymine, cytosine, adenine which came together to produce these extraordinary, unique designs of all the biological species. Anyhow, they were helical they were helix. And studying the Watson-Crick-Wilkins Helix you find that they took they made a complete helical cycle, came around once every ten increments it came in increments of 36 degrees each, and ten times that is 360 degrees.

This became extremely interesting. One thing I'll just point out to you is that the protein shells of all the viruses turned out to be all geodesic structured, and all on the icosahedron because the icosahedron gives you the most volume with the least energy quanta to give you the greatest strength. So the virus shells are incredibly strong because they are all geodesics. And within the DNA-RNA we find this helical. Now, if you take tetrahedra and put fasten tetrahedra face to face with another tetrahedron at this point you could have another tetrahedron added onto this face here or this face here, you have two choices. If you do, and you keep adding on at the same rate, you'll find that it makes a screw form it makes a helix and this is the tetrahelix. And, if you count your tetrahedra go up, every ten you get a cycle in fact only tetrahedra bring about helixes. So the very identity of the DNA-RNA helix comes immediately right back to our friend tetrahedron. Now we're getting down to some very, very intimate things as the basic building structure of universe, etc. etc.

The enough of that part. I just want to show you an integration of information that's going on here, and as we just in a few days we've had three days here where we've been making many different kinds of remote starts, one from another, and beginning to find an integration of information and getting down to very simple fundamentals.

I want to come back to the concept of animate and inanimate. As we get to the area of virology, instead of there being virologists, there are physicists, chemists, biologists, geneticists, they are all in there. It is a great potpourri of sciences. But everybody is so terribly excited with what they are finding, that nobody has been, and there is a general propensity on the part of the scientists to become more and more specialized, not to philosophize about the significance of what they are finding and how it fits in other schemes. So we don't have the natural philosopher, as he was called, of the turn of the century like the Percival Bridgeman or Whitehead and so forth. Bridgeman was about the last of the natural philosophers who was trying to see what was the philosophic consequence what it is you have to think about, about what you're finding over here in relationship to the information. So you find then that these virologists absolutely so intent and highly specialized none of them have thought to say to society, the game of inanimate and animate is invalid.

We find there is no such threshold existing between animate and inanimate. We simply have to say that we can call the phenomena going on in here you can call it biological if you want to, or you can call it absolutely completely inanimate crystallography. And they say, one thing we know now is what is inanimate is getting clearer and clearer, and what is animate becomes less and less clear. In fact, we have to say, if we are being strict physicists as a virologist, there isn't an animate because the atom is inanimate, and everything physical is atoms. It's either atom or it comes apart as radiation either radiation or atoms. So what is inanimate, what was animate, you see, gets less and less clear. The physics suddenly ran right thru the chemistry and all throughout biology. So I think, again, we're going to have to think that oversimplification of animate and inanimate as being all physical.

Experiments have been made many times by young medical scientists in hospitals a pauper, a man dying of cancer, knows he is dying is perfectly willing because he likes the people in the hospital, he knows them is perfectly willing to have his bed on a scale at the time he is dying. And whenever death is no weight is lost. At first the scientists saw a little tiny bit of weight but it turned out to be the weight of the air in the lungs, the air in the lungs weighs quite a little. We take on 54 pounds of air a day, out of which we subtract 7 pounds of oxygen to keep ourselves going; and so that that residual air, and there is actually no identifiable arrow moving needle moving identification of anything being lost when the phenomena of life goes.

Now, you've often heard, recently, great specialists getting particularly into the chemistry in the virology and so forth, getting to the point where they say they have been able to identify in star dust the unique chemistries essential to produce the organism of life. They call it they have now, the key to life. When this man dies all the chemistry is right there. You know that. I now have to come to the absolute conclusion that the mistake is all the time in identifying the animate as being physical. What goes on in this room between you and I, and that word "between" is very important. Remember SYNERGY. What goes on between you and I which is understanding is really not implicit in your organism in your nose or your hair or anything. I simply say there is a synergetic phenomena that does go on between that is not of. It is not the physical, and everything that is going on between me and you is absolutely metaphysical. I use the word "metaphysical" the physicists, then, identify the "physical" then as energy, energy associative as matter and energy disassociative as radiation, and one convertible into the other. Metaphysical is everything that doesn't move a needle. And there is nothing that moves any needles here regarding this information I am giving you. The quality of the information the significance of the information. That is absolutely metaphysical.