THE MACHINE THAT NEVER SAID, "I DON'T KNOW" By: Chaumont Devin 1055 River Street, Apt. 403 Honolulu, HI 96817 Written November 3, 1993. "So you want to know how I became a billionaire," said J. J. reflectively as he leaned back in his plush office chair. He sat ensconced among the lush tropical plants that decorated his suite on the top floor of Honolulu's famous Kauahi Tower North. The tradewind breathed fresh air through open windows here and there. J. J. believed it ironic that here, where the air ranked with the best in the world, the entire city seemed to buzz with the drone of air conditioners, and he certainly wanted none of that for himself. At any rate, he could afford the one or two Oriental beauties needed to make sure the ambiant conditions were held just right. None of them would be without a degree in zoology or botany or something of that kind. But of course this didn't mean they had spent any time in classes. They had simply been tested for the required knowledge, which they had gained on their own. They were refreshingly young. As a matter of fact, the one he happened to be gazing at just then could not have been a day over fifteen. "It started when I was a boy in Indonesia," he said, turning to his guest. "By the age of four, I was asking so many questions that I had become something of a nuisance. I had five older siblings, and to them I was 'The Question Box.' That was on better days. I also had the habit of pulling down the outer cuffs of my tropical shorts when I talked, and this earned me the name, 'Baggy Pants.' My other salient characteristic was the way I walked barefoot. I was always barefoot, and this in turn brought many remarks about my being 'pidgeon toed.' Such things were what made up my world at the edge of the primeval forests of Ambon. Never heard of it? You might remember the name from Rhumphius. Yes, Alfred Russel Wallace as well." "Indeed, these names recall to my memory some of the finer moments of my existence in old Ambon. The sunrises there were particularly remarkable, and it was that first burst of life in the morning that spoke most eloquently to me. At such times people might notice a tiny white American lad with long locks of golden hair wandering out into the edge of the forest alone. In Ambon, where people went in and out of the forest every day, such a sight would have been no cause for alarm." "I am saying these things to define the dilemma of my existence. I mean that locked up inside my tiny frame was a mind that longed to commune with the universe whence I had sprung, but that no one could see this because it was not what they were looking for. Unlike most people, I believe that the human mind is at its peak sometime during the early stages of childhood, after which ensues a long process of degeneration. By experience, we learn to better control and use the deteriorating faculties that remain to us as we grow old, but there is simply nothing to equal that rush and burst of life that grips us at the very first." "At this point allow me to elucidate the process of learning as it was meant to be. I imagine no modern psychologist would seriously challenge the premise that we somehow manage to learn much more before entering school than ever after. And what computer scientist is unaware of the Texas Project? Of course it took Dr. Lamech to finally realize just how much information there is locked up inside the head of a four-year-old child, and then to set about creating a computer with that information built in. How long did they work at it? Wasn't it something like twenty years? And of course they are always making refinements to this day. But dr. Lamech's computer only understands English. By the time I was five, I spoke both English and Malay. The question is HOW. Various wearisome theories have been promulgated to explain the phenomenon of early-childhood learning, as you well know. Unfortunately, many well-intentioned people just don't seem to get the point. I say, 'well intentioned,' out of respect for their sincerety." "What I am driving at is that in school we learn from the bottom up, whereas in our natural estate we learn from the top down. How far would I have gotten in understanding my four-year-old world, for example, if instead of learning that a bird is an animal that sings and flies, I had been forced to dissect hundreds of birds and examine their cells through the lense of a microscope? What if before being allowed to know that a bird can either sing or fly, I had been forced to sit through semester after semester of lectures on windpipes, muscles, and bones? And if all that were not bad enough, what if some of the professors delivering those lectures didn't even know or care whether birds could sing or fly. As farcical as such an idea may seem, it is not all that far from what once really happened in everyday college life." "But let me illustrate the way I learned from my mother, who taught me most of the things I know." "Mother, what is a bird?" "An animal that flies." "Mother, how do birds fly?" "They have wings." "What is a wing?" "A wing is something like a long arm with lots of feathers on it." "What's a feather." Etc., etc. "You might say she taught me from the top down. But from another perspective, she didn't teach me at all. I learned. Can you imagine my mother saying, 'All right, J. J., today we are going to learn about birds. A bird is an animal that uses wings to flie. The wings are a part of its body. A wing is something like an arm that is covered with feathers. A feather is...,' etc.? Of course not. As soon as I was able to sit up, she set me out on the lawn in a box, spread bread crumbs around me, stepped back, and said, 'Look at the birds!' I couldn't have been older than six months, and yet I remember the experience to this day. If I wanted to know more about birds, I could ask." "This sort of thing worked pretty well in the beginning for things like birds. Unfortunately, I was given erroneous information or 'I don't knows' when I asked for more details about such things as gravitation and the motions of the earth around the sun. The 'I don't knows' were much more useful than the erroneous information. As a matter of fact, at first the sun went around the earth, then much later the earth was made to go round the sun." "Looking back now, I can only wonder what I might have become if instead of being seen as a pidgeon-toed question box, someone might have been there to feed my starving mind. What if, instead of being brushed off as a bothersome child, I might have been given free rein to access the mysteries of the universe as it was then known? Can you imagine the potential that atrophied and wasted in my young mind? But as you can see, my tutor would have had to be a being of great wisdom and patience. A being that was willing to wait until I asked the right question, and then to respond with a crystal-clear answer to that question and that question alone. Oh that my mind might have been fed. Not crammed, but fed one precious morsel at a time until it could grow and expand and apprehend." "As a missionary child, I spent very little of my life inside school rooms. The question that ultimately arose from my life was how it was possible for me to skip year after year of school and yet always come out near the top of my classes whenever I got into one again. Do you suppose my parents bothered about such things? Hardly. I did learn to read from my mother. I will give her credit for that. But it was my sister who taught me to spell, and my brother who taught me basic math. No, the greatest influence upon my intellect was probably a Dutch Radio operater named Bill, who had had the knowledge and the patience to answer my questions on a long freighter passage home from Indonesia to the East Coast. I fall back on the knowledge of physics I gained from that man to this day." "If I had lived in an American city environment, it is true, even these individuals wouldn't had had time for me. It was the unique circumstances of my life that kept me from school and still made it possible for me to learn. I was able to gain great amounts of knowledge quickly because of the way in which that knowledge was presented to me. Perhaps now you can understand my disdain for our American educational system, and even our culture at large. Of course you already know why our traditional educators hate me so much." "But what really bothered me about our system for acquiring and documenting human knowledge was the shameless pedantry about which the whole thing was spun. While working as a computer programmer, I remember walking into Hamilton Library to see what I could find out about natural language translation. All I wanted to know was what had been done by others so far, what techniques had been developed, and the essentials of how each of them worked. I found myself confronted with a bewildering array of publications brimming with words that no dictionary had ever defined, at least not with any meanings even remotely connected to the way they were being used. My options were clear. I could either go back to college and spend years learning this new field, spend the same amount of time trying to piece together what was really going on from the pedantic 'works' in the library, or just go ahead and do what I wanted to do on my own. At the risk of re-inventing the wheel, I quickly decided to go it on my own. At that point, the library, the university, and the educational system in general seemed somewhat less than useless to me." "It was such memories, questions, and observations as these that led ultimately to the development of my famous machines. There had to be an answer to the question of my own life, that is, how I could have gained so much knowledge without suffering through interminable classes at school like my peers. This answer came to me at last through a combination of study, observation, and thought. At the same time, I saw that while the sum total of human knowledge was growing at an alarming rate, many high school students weren't even listening to their teachers anymore. What they were learning was so trivial, and the problem of the acquisition of any real knowledge so daunting, that they had simply tuned out and given up. We had had enough of jargon, smug professors, and smiling librarians. We needed direct and personal access to real knowledge. It was high time to act." "I reasoned that we needed a system whereby we could quickly access all human knowledge from the top down. There could be no compromising with the old ways. It would take nothing short of a cognitive revolution. We would have to do away with the whole educational system together with all research libraries and all the cute little textbooks that kept coming out in endlessly new editions in one fell swoop." "The answer was at our fingertips. It was the machine. The hardware was there, and software technology was well on its way. What we needed was some insight, and a revolution in the way we thought. What remained after that was the human problem of reorganizing knowledge into the form it was always meant to be." "We had to find willing experts in every field of human knowledge and set up committies to deal with the painstaking task of going through all those stacks of publications. There were books that were intended to show how smart their authors really were. These books were often rife with such unexplained jargon as could only be understood by individuals who had spent years studying a particular field, or who were somehow personally acquainted with the authors and their friends. Other books were hopelessly padded with what we called "fill," that is, page after page of trivia obvious to anyone who could manage to sort out what was really important. We reasoned that the presence of so much of this fill must be economic, since it was found that bigger books cost more money as a rule. We also found many thousands of books that said exactly the same things. Looking back now, one can't help smiling at the billions of dollars required to keep such redundancies grinding off the presses and clogging our shelves. And all the time our silly politicians were screaming about money spent on space, the military, and foreign aid." "But speaking of money, perhaps the most incredible savings was in the time needed to teach a child to use written texts. The sum total of man hours lost in teaching, learning, and practicing standardized spelling in America alone might have been used, say, to feed the subcontinent of India for half a milennium or so. At one time, as you may recall, you could never be sure your spelling of a word would be acceptable unless you had specifically studied the spelling of that one particular word. I mean, even the simplest of monosyllables, as in the spelling of the word, 'I.' No one would have known what you were talking about if you had spelled it 'ai.' It had to be spelled 'I,' and the 'I' had to be capitalized, otherwise the entire document in which the word appeared would have been discredited completely. It is hard to believe that just a few decades ago, even the brightest of students would not be expected to communicate 'correctly,' even after twelve years of training in the literary arts. Our 'phonetic' alphabet was little better than a set of pictographic symbols. You may have read the recent report about even our most ordinary children being able to master Phonenglish in less than six months. Well, all my machines used nothing but Phonenglish from the start." "Yes, our reorganization of human knowledge was a formidable task, but it was a human investment that had to be made for the future of Planet Earth. People were frustrated at first because just like our professors, our machines had also learned to say, 'I don't know.' But unlike the professors, who usually forgot them, our machines kept close track of these queries to which they were forced to answer, 'I don't know,' preparing lists for analysis by our expert teams. The system would then be adjusted to answer correctly next time round, and gradually people began getting answers to every question they asked." "I suppose this is the answer to your question. I am a billionaire because I created the machine that never says 'I don't know." I say 'never' loosely, because I suppose there will always be questions the answers of which we don't know. But with 99.99% probability, you can bet that if any of MY machines says 'I don't know,' then that scrap of information has simply never been documented by man." "Was there resistance? You BET. At first people HATED what I had done. By 'people,' of course, I mean those who were not in the know. The press was so poisonous it's a wonder people didn't drop over dead just from walking past the news stands. And our intellectual revolution created more news than all the battles of the early 21st century. But my machines were simply too powerful. People found that they simply had to have them if they were to compete. It was just too easy for people who had my machines to learn anything they wanted to know, and this gave our users the edge. One of the most beautiful moments of my life was the day we took one of our demonstration units down to Aala Park. You should have seen those bums! Here were people from whom the world of knowledge might just as well have existed in another universe suddenly getting instant answers to all the questions that had ever plagued their minds. People got so excited that alcoholics forgot to drink, and cocane users forgot to use drugs. The results were so immediate and dramatic that that demonstration unit never got out of the park. It was purchased by the City of Honolulu as a rehabilitation device. Then people started buying our units and taking them home, and they fell into the hands of their kids, and before long people realized that our schools were not much better than babysitting institutions, just as I had known all along." "In fact, children were quickly filling important roles in all areas of society, advising parents on such matters as how to invest in the stock market, how to improve farm production, etc. Our economy boomed. More and more children failed to show up for class. The traditional educational system, having adopted a bad attitude from the beginning, then tried to crack down. There were fights, and in the end a general boycot of all schools. Some educators, refusing to have anything to do with our new age of information, ended up on wellfare. Some were so confused and hurt that they even decided to end it all. In the end people realized that some kind of educational system was necessary after all. But the role of the instructor became more like that of an expert. Instructors would explain areas of knowledge that needed to be covered, administer examinations, and hand out accreditations." "The result of all this was to reattach our children's minds to reality. Since people could learn all they needed to function in our society by age thirteen or so, the problems of adolescence were pretty much done away. Man was restored to that erstwhile harmony with the environment which he once enjoyed. By puberty, people were ready to marry and take on the responsibilities of life, as they were always meant to do. Gone were the years of stasis which eat away at the soul. The drug market collapsed with a resounding thud, and our nation surged ahead as never before." "You see, schools served an important purpose for a time, but in this era they simply don't work. As a matter of fact, they haven't really worked very well for quite a while. There is just too much information at large. We had to reorganize not only our information, but also our very minds. We have abandoned the tragic waste of intellectual and physical resources that accompanied the old, bottom up system of learning. Our task now is to strike the right balance between man and machine." "Let's see. What was it you wanted to know? How I became a billionaire, right? Well, here's my machine. Let it speak for itself. Don't bother looking for a keyboard. It understands everything you say. Ask it what a billionaire is. Ask it how many billionaires there are in America--IN the world. Ask it how to become a billionaire. It will tell all. Just remember that it answers with such clarity as to be understood by your four-year-old son."