A Life of Exploring Religious Frontiers

Originally printed in the July - August 2002 issue of Quest magazine.
Citation: Smith, Huston. "A Life of Exploring Religious Frontiers." Quest  90.4 (JULY - AUGUST 2002): 124-131.

By Huston Smith

Theosophical Society - Huston Smith is Thomas J. Watson Professor of Religion and Distinguished Adjunct Professor of Philosophy Emeritus at Syracuse University. He also taught at Washington University in Saint Louis, the Massachusetts Institute of Technology, and the University of California at Berkeley. His book Why Religion Matters was named the best religious book of the year 2001It is a great honor for me to have the opportunity to inaugurate this Kern lectureship. As a student of world religions, I am, of course, very familiar with the lines "One to me is fame and shame; one to me is loss and gain; one to me is pleasure, pain" (Bhagavad Gita). To practice those lines is to bring together the opposites—I've been working on doing that for many years, but tonight is a holiday. And my spiritual mentor for tonight is Joe Lewis, who towards the end of his life said, "I've been rich and I've been poor; and believe me, rich is better." So tomorrow I'll get to work again on "One to me is fame and shame," but tonight I'm just going to wallow in glory and celebrity and enjoy it.

I would never have thought to propose the title of these remarks, which I owe to the organizers of the lectureship. As you might imagine, publishers and agents, more and more every year, have been leaning on me to write my autobiography, and I have flatly refused. There is nothing that lures me in that direction whatsoever. But this lecture comes at it from a different angle, not so much the facts and events of a life as the key points in its development, providing an opportunity to take notice of issues that I've come upon in the course of my journey. And I must say, the more I got into the suggested topic, the more I enjoyed reflecting back on what were the key points that directed me on my life's journey.

The first poem I ever memorized was Rudyard Kipling's "The Explorer," which had a great impact on me. It goes like this:

"There's no sense in going further—it's the edge of cultivation,"
      So they said, and I believed it—broke my land and sowed my crop—
Built my barns and strung my fences in the little border station
       Tucked away below the foothills where the trails run out and stop:
Till a voice, as bad as Conscience, rang interminable changes
      On one everlasting Whisper day and night repeated—so:
"Something hidden. Go and find it. Go and look behind the Ranges—
      "Something lost behind the Ranges. Lost and waiting for you. Go!"

I must have been about twelve years old when I memorized that poem, but even then I recognized that, yes, I wanted to go and look beyond the foothills where the trails run out and stop, to find what is hidden behind the Ranges. For this evening, I have itemized twelve frontiers that I crossed to explore what lay on the other side.

1. My life began in China, with missionary parents in a small inland town where we were the only foreigners. That wasn't a frontier, that was just home. Growing up there, I had the language of a native speaker, and in fact my two brothers and I have been told that, after we all came to America, when we were together we would talk in Chinese rather than in English. So my small town in China wasn't a frontier, it was home. My first frontier was America, when I arrived at college age and came to the United States.

That was an amazing frontier. Never mind that my landing pad in the United States was Central Methodist College, enrollment 600, in Fayette, Missouri, population 3000. Never mind all that. Compared with Podunk, China, it was the Big Apple, bright lights, and the big time. After all, Fayette had radios, a motion picture theater, and of course, cars. I had come over intending to get my educational credentials and go right back to China. Because I had only one American male role model, my father, I assumed that missionaries were what American boys grew up to be. But that lasted about two weeks. With all the dynamism and action in Fayette, Missouri, I wasn't going to go and waste my life stagnating in traditional rural China.

2. After I had come to America and crossed that frontier, the next one was the frontier of the mind. It happened very dramatically. I'll prefix it with a confession. (We all know that an honest confession is good for the soul—unfortunately, it can be very bad for the reputation, but I'll confess anyway.) When I entered college at 17, I wanted to be Big Man on Campus, and I thought the way to do that was to join all the organizations I could get into and make my presence known. That continued for two and a half years until midway in my junior year. There was in this college, which was anything but distinguished, one splendid professor, and that's all a college needs. He was in philosophy and religion, my field. He started a little philosophy of religion club, and I feel sorry for the students today in their mega-universities. In my little college, we were in and out of our teachers' homes all the time. One evening a month we would go to this professor's house and take turns reading a five-page paper and then discuss it. At the end, cherry pie a la mode would appear, and we would go back to our dorm.

For me, one of these evenings was different from all the others. From the start, I felt a tremendous agitation as I was drawn into the issues we were discussing, and that lasted on the way home. My fellow students and I just kept talking, and when we reached the dorm, a little nucleus of four or five of us stood in the hall of the dorm for another ninety minutes, going at it hammer and tongs. When I finally went up to my room, the ideas were still charging around my mind. And that kept on until around two o'clock in the morning, when it seemed like my mind detonated.

To try to give an impression of what I experienced, I remind those of you who have seen the movie 2001: A Space Odyssey of the scene that tried to convey the future rushing at you. Streamers came out of the back of the screen, directly at you, and flashed by, disappearing into the past behind you. My experience was like that. But it wasn't like special effects, it was like Platonic ideas, and they were so real that they were palpable. There I was, a young man with an entire life to explore those ideas. I wonder if I slept a wink that night. But in any case, that was the turning point that led me to the vocation of a professor of philosophy and religion.

3. The next frontier was science, and it led me to the University of Chicago, where science was very prominent in the curriculum. What impressed me was the power of science—it has changed our world beyond all recognition. My friends and our servants in the Chinese town could never have imagined the world we inhabit in the technological West. Along with its technological innovations, science has also changed our worldview. I was young, impressionable, fresh to the confusions of the world, and I became converted to what I now call scientism, the belief that science gives us the biggest picture—not the Bible, as I thought in my youth—not even religion—but science. And I answered that call with every cell of my being. That frontier stayed in place until I was within a couple of months of completing my doctoral dissertation, when all of a sudden, another frontier—a very different one—appeared on a second unforgettable night. I've only had two nights as dramatic as those (leaving aside my wedding night—I just thought of that).

4. The second unforgettable night came from reading the first book on mysticism I had ever encountered: Gerald Heard's Pain, Sex and Time: A New Outlook on Evolution and the Future of Man. It presented mysticism and the mystical worldview. From its opening page, that book took me over, and I found that from the soles of my feet all the way up, I was saying "Yes! This is the way things are!" As for my scientific worldview, which I had been so gung-ho for, it collapsed that night like a house of cards. So I crossed the frontier into mysticism. Mysticism was not in high regard in the middle of the twentieth century. I had an undergraduate degree in religion and a Ph.D. in the philosophy of religion, and I had never been required to read any mystical text. That wouldn't be possible today, because now mysticism is everywhere. I'm sure that the mystics were listed in the bibliography of suggested readings in some of my course books, but whoever gets to those? Because mysticism was not fashionable in academia then, I turned to the closest thing to it: world religions.

5. Being then at the beginning of my teaching career, I requested to teach a course in "World Religions" because Heard's book had shown me that the mystic comes up in every culture, and I wanted to explore it. Just before moving to Washington University in Saint Louis, I paid a visit to Aldous Huxley and Gerald Heard. And they said, "You're going to St. Louis, we hear; there's a very good swami there." Swami? I don't think I even knew what the word meant. However, I was hanging onto every word of theirs, and they even gave me his name—Swami Satprakashananda of the Ramakrishna Vivekananda Order. And so the first week I was in Saint Louis, I looked up his name in the phone book and paid him a visit. It set my course for a decade. I had met learned scholars before and holy individuals before, but I had never found holiness and scholarship combined in one individual, as they were in Swami Satprakashananda. So naturally I apprenticed, and in ten years by weekly tutorials, he laid down the Vedanta in my understanding.

Eventually I moved east, where Daisetz Suzuki at Columbia University was bringing Zen Buddhism to America. I was then at MIT, which wasn't far away, so I went down to New York very regularly. I studied with Suzuki for another ten or more years, culminating in his paving for me to go to Japan to train in a Zen monastery.

After that, Rumi came onto the scene with the Sufis, and so it has gone on. People think that maybe I started out with a shopping list. Coming out of Christianity, first I'll tick off Hinduism, and then I'll check out Buddhism, and then I'll do Sufism and Islam. It wasn't that way at all. At every stage, I was perfectly content with what I had. But it was as if the tidal waves of different traditions came crashing over me, and how important I found that for my religious understanding! There isn't time to prioritize in each and say, this is what practically knocked me over. But that's the frontier into world religions, which has continued as the focus of my career. I wasn't looking for these frontiers, they just appeared.

6. The next frontier was writing, and here's how it came about. When I was at Washington University, a new Dean of Liberal Arts was appointed whose field was a biology. When he was appointed Dean, he said, "I don't know what liberal arts are—I'm a biologist." So he applied to the Carnegie Foundation, and they gave him $18,000 to learn what liberal arts are. The way he went about his self-education was to pick out a dozen or so faculty members in liberal arts whom he considered the brightest minds in each field. For an academic year, we met every other week in his apartment, discussing great books like The Aims of Education by Alfred North Whitehead and The Idea of a University by John Henry Newman.

The sessions were enjoyable and stimulating, but when the academic year came to an end, the Dean said, "I've learned a lot from these discussions, but the Carnegie Foundation says it wants a report of what I did with their $18,000. So Huston, you're a bright young punk. Here's a bushel basket of the notes that I've made on our sessions. You're scheduled to teach this summer, but I'll relieve you from teaching, and instead of that, you write the report.I did, he liked it, and the Liberal Arts faculty approved it, saying, "Yes, this is what we're going to do."

And there it would have rested, had I not, when crossing the campus one day, met a colleague in the Speech Department who said, "Huston, I've been meaning to get in touch with you—one of my courses this semester is choral reading. And as one of our numbers, we're reading three paragraphs from that report you wrote." The idea struck me as bizarre—a committee report intoned as art? But when I got to my office, I reached into my file, pulled out the report and found the three paragraphs he had referred me to. And as I read them, I found myself saying, "Hey . . . not bad . . . very good!" So on impulse I reached for an envelope and addressed it to what was then the publishing company Harper Brothers; and within a week a response came, saying "It has to be expanded tenfold," but a contract was enclosed. There I was, about twenty-seven or twenty-eight years old and I already had a book contract. When I think how hard it is for unknown people to get a book published today, I am still amazed, but there it was. I discovered from that and from the response the book received that I could write. And so I crossed that frontier, and to this day, if I can manage to do so, I spend the hours before noon writing.

7. Next came an invitation to join the faculty at MIT. Washington University had come to like me, and I liked the university, and they did everything to get me to stay. But it was the challenge of a new frontier. MIT was the most important technological institute in the world, and they were inviting me to start a department of philosophy. What could be more interesting or challenging? And so I went and stayed for fifteen years, the longest stint I have ever taught at one place. Those years were tumultuous because, during them, two worlds were trying to live together inside me—one scientific and one traditional. The MIT world was the scientific cutting-edge frontier of the future, and my inner world was humanistic. Those two rubbed together for fifteen years. All of my students were science majors, most of my colleagues were world-class scientists, and I was a humanist in religion. It was rough and tumble.

I remember once, when I was talking with a scientist in the faculty club, the issue came up, as it often did—"What's the real difference between science and the humanities?" We were getting nowhere in resolving the question, but as I was saying something, he broke in and said, "I've got it: the difference is that I count and you don't." That was wonderful because mathematics is the language of science, and in my work I don't do much counting. His double entendre carried the connotations of both numbers and academic standing. Those years were turbulent, but I could never have been anywhere else that was as stimulating in forcing me to think through the issues between science and religion.

8. After fifteen years, Syracuse University called and said, "We've gotten an endowed chair in our graduate program, would you be interested?" I said, "You can try to interest me, but I don't think you'll succeed." But they did. And the reason was that all of my teaching had thus far been undergraduate, and the appeal of teaching on the graduate level won out. I wasn't disillusioned or bored with undergraduate teaching, but I knew what that was like, and I didn't know what directing graduate study was like—going deeper with a nucleus of students. So I went to Syracuse, crossing the frontier from undergraduate to graduate teaching.

9. But more important was the fact that at Syracuse I crossed the frontier to the tribal indigenous peoples and their religious outlook. Soon after we moved to Syracuse and bought our house, we discovered that it was only five miles from the Onondaga Reservation. One afternoon, we drove out to the reservation, and afterwards I repeated the drive many times. Gradually I started spending more and more time with those Native Americans and their chiefs. I remember driving home one Saturday afternoon after having been on the reservation the whole day; and, as I sometimes do when I'm alone in the car and get excited, I talked out loud to myself. I can still remember finding myself saying, "Huston, for thirty-five years you have been circling this globe trying to understand the worldviews of people different from you, and here is one that has been under your feet the entire time, and you haven't given it the time of day."

That realization opened my eyes, and it culminated in the revised edition of The World's Religions, in which the final substantive chapter is on the primal religions, the religions of the indigenous peoples of the world. That ending is appropriate because the other religions treated in the book, our historical religions, go back no more than about six thousand years. But the religions of indigenous peoples go back to the twilight zone of history. I'm glad I will not go to my grave with a book on the world's religions that totally overlooked them.

10. The tenth frontier is the issue of justice, which my wife, Kendra, and I explored together. As far back as Washington University, in the mid-twentieth century, we were founding members of the organization CORE, the Committee on Racial Equality, and we gave it a lot of our energy, first of all integrating the university, which had been segregated, and integrating public places by going as interracial groups to restaurants, swimming pools, and so on. That's one aspect of the tenth frontier, but there are two more.

When China invaded Tibet, both of us took on the cause of Tibetans in that time of their great ordeal. We've sponsored five families and even now have a Tibetan single parent in our mother-in-law apartment downstairs. But what I want to mention particularly is that, in my research on the Tibetans, I came upon the only empirical discovery of my career, namely a very extraordinary mode of chanting developed by the Tibetans, which has introduced a new term into the lexicography of musicology: "multiphonic chanting." It produces more than one tone, in fact three, a tonic chord—a first, a third, and a fifth—all issuing from one larynx.

The third aspect of the justice frontier has been the Native American Church. In April 1990, the Supreme Court issued a decision that stripped that church of its constitutional right to exist because its sacrament is peyote, which in our irrational drug laws is scheduled right up there with crack, cocaine, and heroine, though it is impossible to become addicted to peyote, and not a single misdemeanor, let alone crime, has ever been traced to its use. Contrast that with the sacrament of Christianity, which is alcohol. Despite the toll it takes, it can be emblazoned on billboards because that's our sacrament. But peyote is their sacrament, so it is not permitted. I spent two years helping Reuben Snake edit One Nation under God: The Triumph of the Native Church, which helped that church win back its right to exist.

Those have been my three issues on the frontier of justice: racial justice, the cause of the Tibetans, and the cause of the Native American Church.

11. I have to double back in time to mention my eleventh frontier, which some may consider a disreputable part of my journey. Through my friend, Aldous Huxley, I became introduced to what used to be called psychedelic substances. Because their use careened in a crazy way during the psychedelic 1960s, those who are interested in seriously exploring dimensions of the mind that this very small class of nonaddictive substances can open up have adopted a new term for them: "entheogen," a word suggesting "God enabling."

I was at MIT when research on those substances began in the early 1960s. And again responding to an inner urge, I crossed that frontier and participated in the research while it was not only legal, but respectable, the research being at Harvard University. William James and Aldous Huxley both say that it is impossible to close our accounts on reality without taking account of those regions of the mind that are brought to light through such substances. So I was prevailed upon to write a book about that research. By the way, after the first half dozen experiments, I followed the dictum of Alan Watts, who said, "When you get the message, hang up." And after a half a dozen or so experiences, which were important to my understanding of the nature of the mind and its world, I hung up, but have continued my historical interest in the way these substances have woven in and out of religious history, in the soma of India, in the peyote of the Native American Church, and in the kykeon of the Eleusinian mysteries of Greece.

12. My last frontier relates to an issue I've touched on before, but one that has occupied an important position in my mind throughout my career: understanding the nature of ultimate reality. Until the rise of modern science, all the peoples of the world believed not only in this world, but also in another world, which, although invisible, is more real and more important than this one—the world presented in Plato's allegory of the cave, which depicts this world as only the shadows cast by a transcendent world.

Let me quickly put on my hat as a historian of religions and give you a quick Cook's tour of the traditional religious worldview, which has always included both this world and also another. In East Asia, this world is Earth and the other world is Heaven, of which Confucius said, "Only Heaven is great." In South Asia, this everyday world is Samsara and the other world is Nirvana. In the Abrahamic religions, this world is the physical creation and the other world is the Creator—Yahweh, God, Allah.

When that worldview, which is unanimous in all the traditional religions, came face to face with modern science, modern science demoted it. Because of the technological cornucopia science provides, it retired the traditional view—not for everybody—certainly not for you and for me—but for our media barons and those, you might say, who rule the intellectual culture of our time. To be sure, many things in traditional worldviews deserve to be retired, for example, their views of the physical universe, which has been permanently superseded by science, and their social platforms of slavery, caste, gender relationships, and so on. In those cases, let the dead bury their dead.

In the big picture, however—in the widest-angle lens we can have on reality—there is nothing in modernity that equals the convergent wisdom of the world's great religious traditions. The biologist Edward O. Wilson has said that the battle between the religious and scientific worldviews will be the struggle for the human soul in the twenty-first century. He thinks that the scientific worldview will be victorious. I do not think that it will be, but that is a crucial issue of our time, with the current battlefront being on whether Darwinism has the resources to give us the whole story of how we got here.

The fundamental issue in evolution is not origin, it's anthropology, meaning who we are as human beings. The Darwinists say, "We are the more that have derived from the less." Those who hold the religious view say, "We are the less who have derived from the more." The latter believe that we are created in the image of God (or of whatever you wish to call the divine), and that gives us a stature that cannot be produced by natural selection working on chance variation. Both views have part of the truth. And, of course, the hope is that we can come to a reconciliation by acknowledging that fact. But at the moment the unfortunate thing is that Darwinians—I won't say all, but the noisiest ones—will not allow religion any foothold in accounting for life and the universe, other than possibly what caused the Big Bang. They say, if you want to believe that God caused that at the beginning, well that's your right. But they will not allow any intermediate causes to be countenanced.

I come now to my close, and I have three closes, but only one sentence each. One is that of a very prominent Victorian lady whose name I forget. Her last words were, "It's all been very interesting," and that certainly is the case as I look back over my life. The second is that, the older I get, the more the boundary between myself and my world appears perforated. There comes a time when I look back on the past I have traveled and say, "This is me"; look across the table at my wife of fifty-six years and say, "This is me"; feel my broken hip and its replacement and say, "This is me." So it goes. The boundary between oneself and what one has experienced becomes perforated and tenuous. But I think the third close is my favorite. It comes from Saint John superseded, who at his death was said to have exclaimed, "Praise, praise for everything. Thanks, thanks for it all."

Thank you.


Huston Smith is Thomas J. Watson Professor of Religion and Distinguished Adjunct Professor of Philosophy Emeritus at Syracuse University. He also taught at Washington University in Saint Louis, the Massachusetts Institute of Technology, and the University of California at Berkeley. His book Why Religion Matters was named the best religious book of the year 2001. This article is transcribed from the First Kern Lecture, delivered at the Bederman Auditorium, Chicago, Illinois, on April 18, 2002.


America's religious landscape is changing before our eyes, and no one has done more to prepare us for the new religious reality than Huston Smith. —Bill Moyers

The amazing thing about Huston is that he was working on the perennial philosophy long before most people had even heard of it. Years before it became fashionable—multicultural wisdom traditions, the world's religious heritage, the celebration of spiritual diversity, and spiritual unity—Huston was doing the work. —Ken Wilber

You have meant so much to so many, you have come with the voices of angels to remind us who we are, you have come with the light of God to shine upon our faces and force us to remember, you have come as a beacon radiating in the darkest night of our confused and wretched souls, you have come as our own deepest being to never let us forget. And you have done this consistently, and with integrity, and with brilliance, and with humility and courage and care, you have left, and are still leaving, a path in which we all will follow, and we will do so with more gratitude and respect and love than my words will ever be able to convey. —Ken Wilber

This is the task that is set before us. Personal transformation is the pathway of Theosophy and all quests for Truth. With sustained effort we can regulate our attitudes and actions, and little by little we can change our keynote to one of compassion and concern for all. Then the vibration of our being will be able to permeate the atmosphere, not with the distress of a siren, but with the call to responsible living and the music of altruism.

Hast thou attuned thy heart and mind to the great mind and heart of all mankind? For as the sacred River's roaring voice whereby all Nature-sounds are echoed back, so must the heart of him "who in the stream would enter," thrill in response to every sigh and thought of all that lives and breathes.

—Voice of the Silence


In Tune

By Betty Bland

Originally printed in the JULY-AUGUST 2006 issue of Quest magazine. 
Citation: Bland, Betty. "In Tune." Quest  94.4 (JULY-AUGUST 2006):124-125.

Theosophical Society - Betty Bland joined the Theosophical Society on April 30, 1970. She helped to establish the Mt. Gilead, North Carolina Study Center.  Mrs. Bland served as President of the Theosophical Society of America from 2002 to 2011.

The screaming siren pierced my quiet meditation. Although I should have been beyond the impact of the five senses, my ears caught the sound and insistently roused my responses. Sirens were designed with just that annoying characteristic in mind. They are intended to cut through our consciousness and to startle us into alertness. Moreover, because of their purposes, sirens are harbingers of disaster, crisis, or at the least, bad news, as in the case of a police car fast approaching.

Sound is vibration in the air waves that becomes intelligible to us because of the apparatus in our ear canals and the brain's ability to sort the vibratory messages received into meaningful information. This calls to mind the age old question, "If a tree falls in the forest where there is no one to hear, does it make any noise?" The vibration may be there, but is it only sound when it is translated into such by a receptor?

Whether or not the receptor is present to respond, the vibration is real and has its impact. If it were possible for a deaf opera singer to sound such a piercing note, whether anyone was present to hear it or not, that note could still shatter glass. The vibration is a physical fact, with a physical impact regardless of our presence or ability to perceive it.

Sound is defined as vibration within the range of hearing, but the range is quite variable, diminishing with age or trauma to the ears. We generally would not classify the high-pitched dog whistle as sound, except for the fact that we recognize the dog's response.

Some time ago I read that law enforcement was experimenting with the use of low-pitched inaudible sound as a way to help control riots. The idea was that this very low vibration could confuse people's mental processes and thus diffuse their angry intentions. I don't know about this, but I do know that after a long ride in a plane or car, for a brief while I feel more muddled than usual. Could this possibly be the impact of that steady deep vibration, rather than the fatigue factor?

Sound is a small but powerful range of vibration close to our physical existence. From sonic boom to heavy drumbeat, we cannot deny its power. But it is an accessible range of vibration that provides a metaphor for the whole arena of our manifested universe. All of creation consists of a complex multitude of vibrations. This is why several traditions refer to that first creative impetus as "the Word."

From Hindu tradition, the story of Indra's net expands this idea of the vast impact of any small sound or vibration on the whole. Indra, the king of the gods and the ruler of the heavens, has a palace above which is suspended an enormous net extending infinitely in all directions. This net consists of a myriad of interconnected junctions of a fine mesh, with each junction being responsive to all the others. The legend has each connecting point set with a jewel that reflects all the others in its many facets. Some have called these sensors bells that resonate with all other sounds; while others have compared them to mirrors reflecting the faces of all living beings. If these points of interconnection were defined in today's vernacular, they might be called holographic points. Whatever the image, the message is clear. What is done to one being impacts all beings. The whole is a living system that thrills in response to even the smallest occurrence.

We are vibratory creatures. To each of us individually, our vibration may seem to be dense and of little impact, but that is a false message delivered to us by this illusory world. Not only are we constantly bombarded by the whole of our world culture, but we are also contributing to that culture minute by minute. We transmit the vibration of our being into this milieu, impacting ourselves most of all, but also creating a resonance that sounds around the world.

If we could but control the message we send forth, what a difference it would make. It is difficult, but we can monitor and modify the words and actions that we generate. Yet how much more difficult it is to tame the mind and emotions. And herein lies the key. The greatest transmission we emit is not an external one, but a transmission of the very nature of our being. How often have we heard that to find the path, we must become the path? Our actions, words, and thoughts are the building blocks of the resonating chamber of our nature. If we want to have peace, we have to be peace.

Consider any outburst you may have had against another, or any time you felt superior to another, knowing that you are absolutely right. These are the seeds of fanaticism and violence that contribute to our current international plight. Not one of us wants to contemplate the possibility that we are a part of this cycle of attack and retribution; yet the "enemy" is a reflection of us and we are compelled to begin to heal ourselves and rein in our thoughts.

This is the task that is set before us. Personal transformation is the pathway of Theosophy and all quests for Truth. With sustained effort we can regulate our attitudes and actions, and little by little we can change our keynote to one of compassion and concern for all. Then the vibration of our being will be able to permeate the atmosphere, not with the distress of a siren, but with the call to responsible living and the music of altruism.

Hast thou attuned thy heart and mind to the great mind and heart of all mankind? For as the sacred River's roaring voice whereby all Nature-sounds are echoed back, so must the heart of him "who in the stream would enter," thrill in response to every sigh and thought of all that lives and breathes.

—Voice of the Silence


In Tune With the Universe

By Radha Burnier

 

Originally printed in the JULY-AUGUST 2006 issue of Quest magazine. 
Citation: Burnier, Radha. "In Tune With the Universe." Quest  94.4 (JULY-AUGUST 2006):150-152.

 

Theosophical Society - Radha Burnier was born in Adyar, India. She was president of the Theosophical Society Adyar from 1980 until her death in 2013. She was General Secretary of the Indian Section of the Society between 1960 and 1978, and was previously an actress in Indian films and Jean Renoir's The River.

The subject of attunement is of vital importance to humanity. Being out of tune with other people, with the environment, and with ourselves, we have done enormous damage to mutual relationships and to our own progress. The damage we do to ourselves can at no time be separated from the damage we do to others. We are responsible for the whole. Those who are inwardly well tuned and integrated, radiate harmony and happiness wherever they go and whatever they do. On the other hand, when there is discord inside, it breeds discord outside. Further, as The Voice of the Silence says: "Before the soul can see, the harmony within must be attained." All discord blinds the vision and human progress is retarded

The universe is not a chaos but a cosmos, so perfectly tuned that those who realize it through study and contemplation are left speechless in utter amazement. In his book, Just Six Numbers: The Deep Forces that Shape the Universe, the author Sir Martin Rees writes about six numbers, some of them very small and some very large, which constitute the "recipe" for the universe. If any one of them were to be increased or decreased even minutely, there would be no stars and no life. For example, if the existing ratio between gravity and expansion energy had been even slightly different, the universe would have collapsed long ago, or no galaxies or stars would have been formed. He asks the question: "Is this tuning just a brute fact, a coincidence?"

According to ancient Indians the cosmic order was called rta. The unimaginably high level of tuning which maintains the cosmic order relates not only to the perceivable measurable facts of which scientists take cognizance; it exists in subtle dimensions with which science does not concern itself. Rta, for the ancients, was all-comprehensive harmony, the ground of all phenomena in the visible and the deep invisible fields and dimensions of existence. David Bohm might have had an insight into this aspect when he wrote, in Wholeness and the Implicate Order, about undivided wholeness in flowing movement and an implicate order which "constitutes a fundamental aspect of reality."

An expert musician's ear is so sensitive that he or she becomes aware of even the slightest deviation from the harmony of sounds. A musician hears fine distinctions the listeners may not notice, and every time there is need, adjusts the string to maintain perfect accord. Every musician in an orchestra also takes care to preserve musical excellence: Even slight nuances are important, for they are integral to the whole.

The cosmic order or rta, on a vast, almost inscrutable scale, may be similar. There is an intelligence and creative power (the master musician) that restores the harmony of the universe, if it is disturbed in even the slightest degree. This is the working of Karma or Karma-Nemesis as Madame Blavatsky calls it in The Secret Doctrine. She says that "the only decree of Karma—an eternal and immutable decree—is absolute Harmony in the world of Matter as it is in the world of Spirit. It is not, therefore, Karma that rewards or punishes, but it is we who reward or punish ourselves, according as we work with, through and along with Nature, abiding by the laws on which that harmony depends, or—breaking them" (11.368). HPB also says in this context that so long as the effect of having thrown into perturbation "even the smallest atom in the Infinite World of Harmony" has not been readjusted, the "evil-doer" suffers what he thinks is retribution. He experiences what we call pain and strives to escape it, and, being ignorant of what is happening, he acts in such a way as to create further perturbation.

Ancient tradition also affirms that invisible to our perception there exist many types of beings, endowed with intelligence in varying measure, who are in a state of unconscious harmony with Nature and spontaneously carry out the "Great Work." They joyously play their own scores in the cosmic symphony. So do all the subhuman creatures that we know. For the human being alone, the question arises of how to be in tune with the universe. We, who are so out of tune, feel the misery of strife and long for peace, love, and beauty.

But fortunately, the human consciousness has the power to observe, think over, and understand enough about the universe in which it finds itself to realize the responsibility of the individual in preserving the harmony. By our own effort to see and understand life, we must realize that the chaotic conditions in human society result from the contradictions within ourselves. Therefore the remedy is in our hands. If we give attention to understanding, our consciousness may make the transition into a new level of knowledge of the universal order, its meaning and beauty.

Evolution is not merely a development from lesser to greater degrees of complexity of form, but also a blossoming of consciousness into higher levels of awareness. This awareness includes an appreciation of the fundamental energies in the cosmos; it does not necessarily refer to knowledge of details. It is a vision of the pine principles which manifest themselves in every detail as well as in the general flow. The Buddha's omniscience, tradition says, consists of the power to know everything rather than knowledge of such details as how many hairs there are on a person's head!

The flow of manifestation reveals these pine principles in varying degrees through various phenomena and functions. In the flow of a waterfall, we see a steady movement although there is constant change. The sparkling changes against the background of a steady state cause us to experience a refreshing delight and a sense of newness at every instant. The shadow or phenomenal world is endless movement and never-ending change, but underlying the movement is immovable and everlasting Being—a paradox which is repeated in other ways. The order of the universe embraces an immense diversity of forms and patterns. The creative energy which upholds it constantly gives birth to new things; but nothing is repeated, not even one leaf of a tree being the same as another. Nature seems to abhor cloning and conformity. Yet amidst the astounding diversities of life, a mysterious bond exists uniting all things into a whole. The human being is like a drop in the vastness and depth of the ocean of existence, seemingly separate, but inseparable from it.

These paradoxes are all part of the music of the spheres. The great symphony of Nature is played with perse instruments, musicians, melodies, rhythms, and so on. In a Sufi parable it is related that when the hoarse cawing of a crow irritated some persons and they drove it away in anger, the Lord summoned his assistants and asked why a member of his orchestra was missing. Each particular element derives its value from enriching the whole, but it is the whole which is the "music of the spheres." It is wonderful to be human, because we can rejoice in the beauty and the newness of all the different elements and also realize that they are not other than the wholeness. They are, in fact, the Whole displaying a part of its self-nature, just as Light displays the colors of the rainbow. Every unity has the potential for diversity, and all diversities merge with unity.

The human problem is that our internal contradictions have their base in the great paradox of manifestation, when the Supreme appears other than Itself. Pierre Lecomte de Nouy, in his book Human Destiny, as well as others have speculated on the aims underlying evolution and have suggested that they include harmony, freedom, and individuality. In the average human, the assertion of individuality destroys harmony and appears to establish freedom. The diversification of forms and species is a means to evolve more and more individual characteristics. There is a vast difference, for instance, between a mosquito and an elephant, not just because of size, but because in the former there is hardly any individuality, while the latter is markedly individual in looks, behavior, and intelligence. The human being has advanced even further in this direction. But through millennia, evolution of consciousness has also been developing freedom and a sense of harmony. Organically, there have been such developments: the animal is physically freer than the plant, and humankind is even freer. Inwardly also, progress is being made towards freedom. There is, however, the seeming contradiction between the need for harmony on the one hand, and individuality on the other in the lives of most human beings. This is resolved in the earlier pre-human stages by Nature's own adjustments. But in the self-conscious human being there is conflict and struggle. He wants relationships, and yet his egoism spoils the chances of experiencing them joyfully. Assertion of individuality, (which is egoism) is the prime cause of our disharmony. Similarly, we want freedom, but we also need order—this is not only an individuality, but also a social and national dilemma.

Hence our major problem is: Can we be free without creating chaotic and painful situations? Can we nourish the latent uniqueness within us, without being at war? Much depends on how we understand ourselves and those values which are of the basic substance of the universe.

The universal and timeless values of the cosmos are unconnected with and independent of external things. As the poet Richard Lovelace said:

Stone walls do not a prison make

Nor iron bars a cage.

"To Althea: From Prison"

Someone in prison is no less free than another so-called free man who is a slave to the passion of greed, anger, or envy. Similarly, true individuality is not a matter of asserting one's importance or exhibiting knowledge. What we call fundamental values—freedom, uniqueness, harmony, happiness, peace—are soul characteristics. They are not dependent on anything outside for their existence. Belief that we must find them outside by manipulating relationships, acquiring possessions, or changing circumstances is the cause of discord and suffering. These values are facets of our true nature and of universal consciousness. When we realize our true nature, we are absolutely in tune with the universe.


Music of the Spheres: Our Relationship with the Anonymous Dead

By Michael English 

Originally printed in the July - August 2006 issue of Quest magazine. 
Citation: English, Michael. "Music of the Spheres: Our Relationship with the Anonymous Dead." Quest  94.4 (JULY-AUGUST 2006):145-149.

Theosophical Society - Michael English

The Music of the Spheres is an ancient Pythagorean concept, wherein Pythagoras was fascinated by the harmonics of a vibrating string on a Greek instrument-the lyre. He discovered an amazing correspondence between the order of musical intervals and the spacing of planets. For Pythagoras, there appeared to be a direct mathematical relationship between music's vibrational frequency and the corresponding position of planetary bodies; it seemed that the order of notes on vibrating strings were, somehow, an intrinsic property of the whole universe.

Interestingly, modern physics is now revisiting the concept of vibrational string harmonics as a much sought-after TOE-Theory of Everything. That may be considered as a grandiose claim unless taken in context, which I will qualify shortly. However, modern string theory asserts that, sub-atomically, all physical reality is made from the relationship between one phenomenon-tiny vibrating strings of energy'and the differing properties at this smallest of scales is due to the differing vibrational patterns the strings can perform. Brian Greene states, "far from being a collection of chaotic experimental facts, particle properties in string theory are the manifestation of one and the same physical feature: the resonant patterns of vibration'the music, so to speak'of fundamental loops of string" (Greene 15-16).

This becomes interesting from a metaphysical and theosophical perspective, due to some amazing conceptual correspondences between modern string theory and investigative research done in the early twentieth century by Annie Besant and Charles Leadbeater. Yet, just as metaphysics postulates inner dimensions of being, string theory, too, relies on extra, hidden dimensions that may be equally real as the reality we experience here.

Exploring the re-emergence of the Pythagorean harmonics as a modern description of the basic structure of our Universe, and its metaphysical relevance, is worthwhile, especially considering the prophetic words of Madame Blavatsky: "'the hidden meaning of Apollo's HEPTACHORD'the lyre of the radiant god'whose shell only has now fallen into the hands of Modern Science '" (Blavatsky 167).

First, let's clarify the scientific concept of a TOE. Theoretical physics is often considered the essential science because, from a reductionist perspective'peeling away the external layers to find the most elementary constituent in nature'it deals with what are considered the basic building blocks and the glue that sticks them together. Everything is supposedly derivative from this level.

Knowing the elementary particles and the forces that operate between them, you should be able to understand how they combine to form atoms, molecules, and on to complex organisms. But theoretical physics has become bound within a self-referencing paradigm due to another principle, the doctrine of materialism. As Rupert Sheldrake indicates: "materialism starts from the assumption that only matter is real; hence everything that exists is either matter or entirely dependent on matter for its existence" (Sheldrake, 202).

Guided by the materialist doctrine, physics has advanced by leaps and bounds, discovering that everything is made of atoms, which are made of subatomic particles, and certain forces, operating between these fundamental particles, either stick them together or move them apart. It seemed only some fine details were required to put this together as a complete description of everything, or TOE. But here's the qualification'materialism only leads towards a complete theory of all possible physical interactions; it doesn't necessarily explain "everything."

For example, everything in this physical existence is made of energy, but what is energy and where does it come from? Materialism doesn't know; it appears from the Big Bang and then we only know it by the properties it conveys when it interacts: mass, charge and spin.

Or, at a different level: How do we explain the emergence of consciousness? Materialists can't adequately answer this, because they look at dead matter as the basis of consciousness, not as in metaphysics where consciousness is the basis of consciousness. The TOE physicists are working towards is a theory that accounts for all energetic, and therefore, they argue, all physical interactions. But this creates a "hermetic paradigm," wherein the outcome of the theory must, in some way, correspond with matter. Therefore, when physicists say a TOE, we should realize that there are definite limitations. (However, I applaud its description of physical nature.) 

That said, let's delve deeper: 

Pythagoras seems to have been so fascinated with the mystical abstraction of numbers that he experimented mathematically with the harmonics of the vibrating string and became impressed with the remarkable similarity between musical intervals and the spacing of the planets' (sub-atomically 67).

Or from the post-modern scientific perspective:

. . . since the Pythagoreans taught that the order of notes of a vibrating string pervades the whole universe, they would have been moved to learn, two thousand years later, of the work of Nambu, who was able to show that the hadrons, or strongly interacting particles, are also quantum manifestations of this Pythagorean ideal (Peat 53).

The question arises: Why are physicists exploring the idea that fundamental particles, such as hadrons (or photons, electrons, etc.) are vibrating strings? Isn't there already a suitable theory? This goes to the heart of a problem that's dogged physics for decades now. Yes, there is a very precise theory for the small-scale universe-quantum theory-and an incredibly precise theory for the large-scale universe'Einstein's general relativity. Yet, the enduring problem has been that these two theories have resisted all attempts to unify them into one description, negating any TOE. For a greater appreciation of why these two theories remain mutually exclusive, I'll outline each, to show how string theory resolves the problem.

In the early twentieth century, physicists discovered all matter was not made from solid billiard-ball atoms; rather, these atoms are actually composites'basically, a cloud of electrons orbiting a central dense nucleus. Later, they realized the central nucleus is not solid either, but made of even smaller parts'protons and neutrons'which in turn, are made of yet smaller components'quarks.

Really, at this most fundamental level, we should stop thinking of these so-called "particles" as being made of matter; they are fluctuating amounts of energy that display certain well defined properties; that's basically what "quantum" means. In fact, the current way of thinking about the elusive quantum is as an energetic excitation of its underlying field.

For example, the quantum known as a photon, or particle of light, is a vibrating excitation of the all-pervasive electromagnetic field. To make matters even more difficult, these quanta live in a world of their own which does not follow the rules of our classical world. They perform what seem impossible feats; including fluctuating in and out of existence, being in two places at once, and there's a quantifiable level of uncertainty in the quantum world.

Uncertainty is an inherent part of the quantum world. Because quanta are, in principle, incessantly energetic, it's impossible to know in the same moment, both the position and momentum of a quantum particle; the more you know the position, the less you know the momentum, and vice versa. Quantum physicists resolve this by dealing in a very precise way with the probabilities of where the particles might be.

If this all sounds a bit bizarre'well, it is. But quantum theory has been pursued due to its successes, and is the basis of all electronic equipment. Thus, as Greene indicates:

By 1928 or so, many of the mathematical formulas and rules of quantum mechanics had been put in place and, ever since, it has been used to make the most precise and successful numerical predictions in the history of science (Greene 87).

So, even though physicists themselves often refer to quantum theory as weird or bizarre, it has been relied on for an understanding of the microscopic world we can never see. In its mathematical formulation, quantum theory treats particles as dimensionless points; idealized points of no size, but being assigned certain values and properties. However, these rules don't apply to the macroscopic world. In the macroscopic world, we know where things are without any uncertainty (except car keys and teenage children), and at this, scale physicists rely on Einstein's general relativity.

General relativity deals with the nature of space, time (as a four-dimensional continuum known as spacetime) and gravity. In simple terms'the presence of mass/matter/energy causes the spacetime fabric to curve, just like the mass of a bowling ball on a trampoline mat would cause that mat to curve. So for Einstein, gravity is not an attractive force, rather, it's the geometrical curvature of the spacetime fabric that causes spatial bodies to follow certain orbits. General relativity is so precise that, as Einstein predicted, even light would follow the spacetime curvature, and this was one of the first experiments performed to verify its accuracy.

General relativity sees spacetime as a smooth, continuous medium from one point to the next without any fluctuations. This presents the nub of the problem for physicists:

General relativity is a theory about the structure of space-time, curved geometry being determined by the amount of energy and matter present. But matter and energy are quantum mechanical in nature, so a complete account of space-time geometry cannot ignore the quantum nature of the matter and energy which creates its very form (Peat 17-18).

Thus, if quantum theory treats particles as transient fluctuating excitations of the field, but general relativity says the spacetime field is a smooth continuum, we see the crux of the problem. General relativity cannot account for these microscopic fluctuations in its formulation; and the fluctuations of the subatomic world do not appear in our macroscopic reality. This becomes an intractable problem if we imagine magnifying in on a region of space; as we reach the microscopic size of the quantum world, we encounter a wildly fluctuating "quantum foam" which defies general relativity. And this is why string theory is such a revelation. Rather than elementary particles being dimensionless points, in string theory they do have dimension, albeit incredibly small, at about the level where the uncertainty principle kicks in.

In string theory, the basic idea describes quanta as little loops of energetic string. So, if we could magnify a quantum particle, such as an electron, to an observable size, rather than being a point of energy, it would be a loop of energy, or vibrating string. Just as the string on a musical instrument, whether a lyre, heptachord, or violin can carry a certain vibrational frequency depending on its length, the microscopic strings have specific resonant frequencies. It is the frequency pattern that is then interpreted as the various particles that make up the real world (that is, real to us).

String theory took a while to gain momentum, because other critical developments had not been made at that time. One was the idea that there are many more spacetime dimensions than the three of space and one of time apparent to us! In string theory, the strings can be "open" like a small piece of thread, or "closed" like an elastic band, flat like a Frisbee, or assume even more complicated shapes, generically referred to as "branes." This alone could account for many, though not all, particles in the quantum world. However, if these various string shapes and other bits are assumed to move through extra, hidden spatial dimensions, then we can account for all the quantum particles of nature, both those that carry force (bosons) and the ones that act as matter (fermions).

As it turns out, the best description of nature, as we know it, could be derived from 10 spacetime dimensions, with 6 of them having curled up so tightly at the beginning of the universe that they're not apparent to our senses. As Michio Kaku states: ". . . and when strings move in 10-dimensional space-time, they warp the space-time surrounding them in precisely the way predicted by general relativity. So strings simply and elegantly unify the quantum theory of particles and general relativity (New Scientist 32-36).

Unfortunately, here we hit another snag: five competing string theories emerged out of this new paradigm; obviously about four too many, if we want one unified description of nature, or TOE. This is where the most acclaimed move in string theory was made. If the strings and other shapes are moving about in their 10-dimensional framework, but also wrapped around a tightly bound eleventh dimension, then specific relationships among the various string theories emerge; so called "dualities," or ways of linking the theories together. While difficult to grasp without going into a lengthy description, basically these dualities show that the nature of spaces smaller than that of the quantum uncertainty level are equivalent to our large spatial dimensions. Or as one of the key contributors to string theory says: "according to T-duality, universes with small scale factors are equivalent to ones with large scale factors" (Veneziano 37). Put another way, the five string theories turn out to be loose approximations of a superior theory, rather blandly named M-theory.

To summarize before launching into the metaphysics: string theory, or M-theory, unites general relativity and quantum theory by saying that at the elementary level, tiny strings and branes of energy vibrate around and through extra, hidden dimensions. The extra dimensions can only be curled up in very specific ways, but end up looking like bundles of twisted shapes. The way strings wind and vibrate about the multi-dimensional space gives rise to what we perceive as different particles, like electrons, quarks, photons, etc. and their properties. A way of thinking of this is like the way different musical notes are produced through a saxophone by pressing valves which modify the space through which the wind or energy passes; the shape of the inner dimensions gives rise to the outer vibration.

It is very interesting to compare this to the clairvoyant work of Besant and Leadbeater from their 1909 theosophical classic, Occult Chemistry. Almost a hundred years ago, they researched the most elementary level of physical nature, not with electron microscopes or particle accelerators as we do today, but with the power of the mind. They used special psychic techniques, they'd been trained in, to focus the inner vision of their minds in on the smallest scales of the physical world. (There are serious dangers to advancing psychic abilities prematurely, so don't try this at home.)

So what did they find this world is made of at the smallest scale of physical reality? Tiny bundles of twisted string-like shapes! In his work Anima, Stephen Phillips, depicts their "Ultimate Physical Atom" (UPA), or the most elementary constituent of physical reality. Very few physicists have bothered looking at their work, but in doing so, Phillips realized they were actually viewing subatomic particles, or in our new understandings, the superstrings of string theory. And amazingly, their UPA is like a bundle of string that winds and vibrates as it spins on its axis and is wrapped around an inner cylindrical dimension. Here are all the elements of string theory, but Besant and Leadbeater proposed this at the beginning of the twentieth century.

The important features of string theory involve spin, charge, ten dimensions around a cylindrical eleventh, winding capacities and vibrational patterns. The UPA has similar features, like ten string-like bands that wind around an inner cylindrical dimension; it also has charge, spin and it vibrates-all fascinating correlations and, at least conceptually, the same.

However, in metaphysics, the UPA is only the elementary level of the densest plane/field of being'the physical. There are other subtle levels beyond the physical fields; other dimensions of being, where our Soul, or individualized consciousness, remains as a continuum in the after-death state, and this is the reason that the bulk of humanity has always intuited some form of after-life (such as heaven, nirvana, and so on.)

In metaphysics, these physical fields, which are the focus of our senses, have crystallized out higher vibrational fields or the extra, hidden dimensions. The nature and properties of some of those higher fields is that of mental properties, thus our consciousness can survive the inner dimensions, but our physical body cannot. As Madame Blavatsky states: "Being is an endless cycle within the one absolute eternity, wherein move numberless inner cycles finite and conditioned" (Blavatsky 221, emphasis added).

This concept involves one of the major principles in metaphysics and probably the most important paradigm shift for our understanding of human nature. In Eastern metaphysics, rather than our consciousness dying or stagnating in an "after-life," we are (or more correctly, our consciousness is) a reincarnating entity in its own right; one which focuses that consciousness into the physical world for a life-period by connecting with a suitably complex brain and body. Then, before withdrawing consciousness at death of the physical body and withdrawing to the hidden inner dimensions (the "inner being"), it assimilates earthly experiences before being karmically, or magnetically, drawn back to the physical fields; the Buddhist "samsara," or wheel of birth and death, from which Gautama Buddha released himself.

This is a whole new science, involving the processes of psycho-magnetism rather than electromagnetism, and a metaphysical understanding of the inner dimensions. So, does string theory, or M-theory, in any way support this axiom of metaphysics? Is it possible that there are "inner dimensions" where consciousness descends, or emerges from and returns to?

Perhaps the post-modern M-theory is just on the cusp of uncovering this. Consider these fascinating comments from one of the leaders in this field, Michael J. Duff who, in his article "The Theory Formerly Known as Strings," states:

We have always supposed that the laws of nature break down at smaller distances. What T-duality suggests, however, is at these scales, the universe looks just the same as it does at large scales. One may even imagine that if the universe were to shrink to less than the Planck length [minimum meaningful length in quantum theory], it would transform into a dual universe that grows bigger as the original one collapses. (15)

It may take centuries for our understandings to evolve to the metaphysical view of our consciousness as a continuum that can be liberated from its subtle magnetic attraction to matter (as at death) and shift its focus to other inner dimensions. But perhaps theoretical physics has just begun to discover the science of how this could be.

I particularly like Blavatsky's quote with respect to this concept:

Maya or illusion is an element which enters into all finite things, for everything that exists has only a relative, not an absolute reality'Whatever plane our consciousness may be acting in, both we and the things belonging to that plane are, for the time being, our only realities. (39-40)

Finally, I wonder if the discovery of microscopic string harmonics was what Blavatsky was alluding to when stating:

Do not attempt to unveil the secret of being and non-being to those unable to see the hidden meaning of Apollo's HEPTACHORD-the lyre of the radiant god, in each of the seven strings of which dwelleth the Spirit, Soul and Astral body of the Kosmos, whose shell only has now fallen into the hands of Modern Science ' (167)

References:

Blavatsky, Helena P. The Secret Doctrine, 7th ed. vol. 1. Adyar: Theosophical Publishing House, 1979.

Greene, Brian. The Elegant Universe. London: Jonathan Cape, 1999.

Duff, Michael J. "The Theory Formerly Known As Strings." Scientific American, vol.13:1, 2003.

Kaku, Michio. New Scientist, January 18, 1997 [PF: Contact author.We need name of article here]

Smith, E. Lester (Ed.) Intelligence Came First. Wheaton, IL: Theosophical Publishing House, 1990.

Murchie, Guy. The Music of the Spheres: The Material Universe from Atom to Quasars, Simply Explained. Mineola, NY: Dover Publications, 1967.

Phillips, Stephen M. Anima: Evidence of a Yogic Siddhi. Adyar: Theosophical Publishing House, 1996.

Peat, David, F. Superstrings and the Search For the Theory of Everything. Chicago,IL: Contemporary Books, 1988.

Sheldrake, Rupert. A New Science of Life. Rochester, NY: Park Street Press, 1995.

Veneziano, G. "The Myth of the Beginning of Time." Scientific American, vol. 290:5, 2004.


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