…does so little. Bernofsky was saying once, Bernofsky was saying that we know more than, we have more facts at our disposal than Einstein did. What I want to establish in your thoughts first before we go to that is the concept then of the hundred million…

…an entirely new way of looking at that things. If I may play Cassandra for the moment now. Last time you spoke of Einstein and your particular understanding of Einstein at the time and how he knew that fission is possible, and yet what he thought of…

…at that things. If I may play Cassandra for the moment now. Last time you spoke of Einstein and your particular understanding of Einstein at the time and how he knew that fission is possible, and yet what he thought of eventually destroyed a man, you…

…Geodesics is a word that was first used by Hertz, the man who developed electromagnetic waves a long time ago. And then Einstein and Hindu mathematician Riemann exhumed the word again and began to use it mathematically. And by geodesics we mean the most…

…be neither created nor lost. Therefore, there is a sum total of energy which is the physical universe. That was the physics of Einstein. And then they said, we'll take this total amount of energy, and every time we make an experiment, if we don't get…

…and so forth, the little rascal worth 1.7% and so forth. But, Mr. Fuller, there's something you've said. Now, since you mentioned Einstein, in the book about you by Robert Marx, there's a reference to an earlier book you wrote, The Nine Chains to the…

…you wrote, The Nine Chains to the Moon, in which you inferred that Einstein's theory, Einstein's work could be applied practically. Now, Einstein denied this at the time, but it turned out you were right. He didn't deny it. He told me he was surprised.…

…rest. All of our charts, all our economic charts, the norm is no action. All the curves of actions are abnormal. Action is abnormal. Einstein turned it the other way, and 186,000 miles a second is normal, and then you can wind it up into a little, you…

…and through the greatest laws we have, Isaac Newton's Inverse ratios are the second power of the relative proximity. Radiation law from Einstein, E equals mc, the second power. Little c means radio speed of light. But light goes in all directions, and the…

…beautiful thing, you can use empty sets. But we got this much, much too far in the games of probability and so forth. Einstein said, I don't think God is shooting craps. now i'm talking somebody some pretty big severe things in relation to your lives…

…I throw something and then it stops. At rest is normal, and acceleration is abnormal. And really the great contribution of Einstein, the biggest thing he was able to interpret from the experimental evidence was that that the norm is 186,000 miles per…

…no experimental evidence of what we call continuum, you have discontinuity, and you have finite energy packaging. Therefore Einstein said, an aggregate of finites of finites, so our universe is so non-unitarily conceptual that it's continually transforming…

…of finites. With this way of looking at it, I want to then get to trying to answer you in the most powerful way. Einstein then said, I see that man... When I was young, when I came to Harvard University, the scholars were still assuming that the…

…who then spent any energy was going to put the universe and everybody at a disadvantage a little more rapidly. So Einstein then said, I think that, here again, if then energies are, we do have a non-simultaneous universe, an aggregate of non-simultaneous…

…this extraordinary little constellation you see glimmering there. We're seeing a live show taking place two million years ago. Now Einstein said, the universe is an aggregate of non-simultaneous events and all of them are energy transformations and some of…

…460 years of light to get to us. Look at Andromeda and you're seeing a live show taking place a million years ago. Einstein said the universe is quite clearly an aggregate of non-simultaneous events. And each one of these events has a great duration. So…

…There's letting go all the radiation which reaches you and I to make it appear as a star. So I said what Einstein is talking about is what I call scenario universe. Scenario universe you have many many episodes different characters come in they overlap…

…system. There's an interaction between systems here. And this is why I'm talking the way Percival Bridgman talked about Einstein and developed what he called operational intelligence. this operational procedure, what is in the experiment? That's all you ever…

…what he called operational intelligence. this operational procedure, what is in the experiment? That's all you ever know. Because Einstein says, all you ever know is what's in the experiment. You must start with experience. Science begins with experience.…

…to compare with Einstein's thinking. And he had his associates like Max Planck and others who were brilliant in their thinking. But Einstein will be the most outstanding of them. And I'll talk a little about what he realized in relation to the significance…

…of the speed of light measurements. First place, when I came to Harvard before World War I, the Newtonian classical science was absolutely it. And Einstein was a name and a sort of a It was sort of a very fancy and sort of a joke kind of thing. There…

…a It was sort of a very fancy and sort of a joke kind of thing. There were some very erudite people that understood Einstein. There were 10 people that understood Einstein. So there were these 10 people on Earth who had some kind of a new idea. But…

…about, really, again, being experiential yourself and sits on going back to the data of how to come about, which is what Einstein did, you then become really overwhelmed with this great a priori mystery. Next thing, because when you really think about it,…

…on. But we find the physicists have no experimental evidence of energy either being created or being lost, so that we have Einstein with the ability to think in terms of an eternally finite regenerative universe. And so the physical part of this, of…

…more with less and to employ the highest capabilities of man. To take this prime task of looking after human beings. If, as Einstein suggests, motion is normal and everything else exists in a field of flux, how can an event be described as a finite…

…many markers. So I hope that's the right answer to that one. I've certainly been very privileged to meet extraordinary people like Einstein. But I think he himself would like to feel pretty much the way we're talking here too. Probably that's the part…

…made human beings, they know it a whole lot. Now I'll come back then to the, when my first book was, I told you about Einstein the other day, about the same book. And when the page proofs came to me for it, Einstein said, OK. And then it really was…

…book was, I told you about Einstein the other day, about the same book. And when the page proofs came to me for it, Einstein said, OK. And then it really was two years before it actually finally was getting out. that books take some time. There are…

…were two bent ones up in the sky there. This dome brought a great deal of interest at Princeton. There was a time when Einstein was there, and I understand the old man went over and looked at it a great deal. All the scientists, they were really very…

…we did meet. And I might as well really tell you a little about this because I told you about the meeting with Einstein. And these people are very fascinating to me. Mr. Einstein had extraordinary quality about him. I still don't know how much was…

…a little about this because I told you about the meeting with Einstein. And these people are very fascinating to me. Mr. Einstein had extraordinary quality about him. I still don't know how much was psychologically within me, but I really felt very much…

…to be very intriguing. There's compatibility with both accommodating both Einstein's radiation and the Newtonian gravitation, which is what Einstein hoped very much. It's your unified field theory suddenly showing up. I do realize I'm saying these things in…

…you look at, the more opportunity you have to see the orders. It became very exciting to me, thinking of these matters, when Einstein took great note of the fact that there was apparently a top speed of radiation. not just light, first he measured light,…

…second, it's radiation. So he came then to a conclusion that the universe really does have a limit on the velocity side, Einstein was thinking in contradistinction. I said to Newton, who was thinking at rest, and to Newton at rest was norm, and Einstein…

…side, Einstein was thinking in contradistinction. I said to Newton, who was thinking at rest, and to Newton at rest was norm, and Einstein said the norm is 186,000 miles a second. That is a top, and then any other thing we can, by interference in how…

…of, of Percival Bridgman at Harvard, a natural philosopher at Harvard, who invented the term early in the century when Einstein made his first announcements. And Percival Bridgman at Harvard as a natural philosopher said he was deeply interested in how…

…was caught so off guard, so unexpecting of Einstein's kind of an announcement and the viewpoint that was demonstrated by Einstein. became a great student of how all the circumstances surrounding Einstein's developing the thoughts that he had developed. And he…

…of how all the circumstances surrounding Einstein's developing the thoughts that he had developed. And he then found that Einstein was concerned with not just some data discovered in experiments, through all the circumstances surrounding that faithful reporting…

…conditions under which the discovery was made. And I will come back to that, but give a working demonstration of why Einstein felt it was so important to record all the circumstances as well as that which was especially isolated out and discovered.…

…was especially isolated out and discovered. The example that I'm going to give you is my own invention, but I did include Einstein and Einstein's philosophy and my own interpretation of how he came to develop his equation and other of his strategies in my…

…do. But it's a good, it's very fortuitous on the part of the mathematician to employ such a strategy. Now, we have Einstein saying the beginning and the end is his experience. The experience is, becomes the, quite clearly, the raw material of all science.…

…said, I have a way now of dealing with totality. I know what it is. I find it very interesting that Einstein then sought and did define physical universe in contradistinction to comprehensive universe, because he differentiated between the physical and the…

…matter, energy dissociative as the radiation, and the, and one transformable into the other. We have then the physical universe of Einstein being all energetic. As he said, it used to be called ponderable, that it was weighable. But we find that weighing…

…sounds in the airwaves, which gives you some kind of words and so forth. But the understanding is not that physical. So Einstein did not try to include the metaphysical in his definition of universe, but he defined the physical universe the following way,…

…both light and other forms of radiation, in vacuo, linearly in vacuo, and finding that they were all the same speed. Einstein, I want to identify what he thought about these stimulants that I gave you, In the terms of previous thinking proclivities…

…the eye before. So we say, well, that rocketry is vastly faster than the eye. But we haven't thought about the significance as Einstein did and Max Planck are the significance of the measurement of the speed of light. Because suddenly we had a radar, and…

…in terms of general systems theory. I'll point out to you that The physicists became very powerful when they discovered, as Einstein and Planck did, when the speed of light was measured. They said they thought that the classical scientific world was…

…And this is where the word spending came from. Spending was abhorred, because it was going to make everybody get poorer quickly. Now, Einstein and Planck said, now that we see there's a speed of light, and it takes eight minutes for the light to come to…

…inasmuch we find that energy then, this light and radiation has a speed. We have to reassess our universe altogether. And Einstein and Planck, in effect, these are not their words, but I've paraphrased large amounts of thinking. In effect, they said, our…

…In other words, it's an unintelligent question. It simply shows a complete lack of the significance of the information that was found by Einstein and Planck. It's going to take a little time for this to be disseminated. But in a sense, it was a surprise…