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What is Daimoku April 11, 2006 Now there is a good question. There are a few of Nichiren's writings that tackle this subject from the perspective of the Lotus Sutra and many Buddhist texts and teachings. I will include those in the body of this essay. Before I go to those sources however, I would like to offer a more contemporary view based on Buddhist thought, Buddhist cosmology, and Quantum Theory and Mechanics. Many people, and perhaps most, can envision benefit from quiet meditation. Whether it is labeled contemplative time or thought, self-reflection, quieting the mind, re-unification with the void, or what-have-you; the act of meditation is acceptable to almost all people in some form. The instant the idea of chanting a mantra is added to the meditative practice walls and military opposition appear faster than a belly rash on a snake. For some reason, many people are suddenly insulted or simply repulsed at the idea that magic words can be uttered to cast a spell on "reality". Hee hee, all right, this is a bit dramatic, but nonetheless a very true statement. This is what I first want to address. There are a few misconceptions that appear right at the start of this misunderstanding that we need to clear up. One is the "magic words" perception. Any true Buddhist would laugh at the interpretation of a mantra as "magic" in any conventional sense of the word. No the mantra does not perform "magic". This misperception lies in the assigned property of "language" to the chant. Though the sounds of a chant are made with and through the mouth, It is not the objective of the sound to "speak" to something, but rather to Unify with something. The Buddhist objective is to unify our mind with the impermanent structure of life and the universe. So the "communication" of chanting is one of "joining" one's mind to an extant "process" of "becoming". And here is where we run into another powerful stumbling block. Did he say "impermanent"? Yup. These ideas will lockup transmissions faster than a rhino stampede on a freeway interchange. The perception that all things in the universe, on our planet, in our living rooms, are "real", in the sense that they all have an "intrinsic" reality; some sort of permanence. After all, the couch doesn't disappear the moment I leave the room. From the book "Quantum and the Lotus", a dialogue between an astrophysicist and a Buddhist Monk cosmologist, I have chosen the following excerpts to help define and better understand the relationship science and Buddhism have between us, the observers; and them, the stuff of the universe. First, let us deal with the notion of permanence and "reality". M: Alan Wallace wrote, "Human beings define the objects and events of the world that we experience. Those things do not exist intrinsically, or absolutely, as we define or conceive of them. They do not exist intrinsically at all. But this is not to say that they do not exist. The entities that we identify exist in relation to us, and they perform the function that we attribute to them. But their very existence, as we define them, is dependent upon our verbal and conceptual designation T: I agree with this view because quantum theory backs it up. The discovery
of light's dual nature was certainly a great surprise for physicists.
But what's even stranger is that matter has exactly the same duality.
What we call an electron, or any other of the elementary particles, can
also appear as a wave. Thus the particle and wave aspects cannot be dissociated;
rather they complement one another. This is what Niels Bohr called the
11 principle of complementarity." He saw this complementarity as
the inevitable result of the interaction between a phenomenon and the
apparatus used to measure it. According to him, it isn't so much reality
that is dual, but the results of experimental interactions.6 M: But this still tells us nothing about the ultimate reality of this particle?if such a reality exists. Neither the particle nor the wave, nor, for that matter, any other entity, exists inherently. For example, I suppose that we can't affirm that the particle existed before it was observed? T: Before measurement, all we can talk about is a wave of probability. M: If when we say "particle" we mean something with an intrinsic or even permanent reality, and if it didn't exist before it was observed, nothing could bring it to life. How could an entity that contains all the qualities we usually attribute to a particle abruptly pass from nothingness to existence? When a particle appears, either it does not exist independently as an entity, or it has been created ex nihilo. T: And yet before, there was a wave. There was something, not a complete vacuum! M: Buddhism doesn't talk about a complete vacuum?that would be nihilistic?but "lack of intrinsic existence." It is for this reason that, depending on the circumstances and on the experimental technique, an unreal phenomenon can appear to be either particle or a wave. T: Our debate here is precisely the one that went on between Einstein
and the originators of the Copenhagen Interpretation of Quantum Physics,
Niels Bohr, Werner Heisenberg, and Wolfgang Pauli. The interpretation
is given this name because the institute run by Bohr, where Heisenberg
and Pauli were frequent visitors, was in Copenhagen. In simple terms,
it says that "atoms form a world of potentials and possibilities,
rather than of things and facts." According to Heisenberg, "in
quantum physics, the notion of a trajectory does not even exiSt."7
This view could not be further from Einstein's dogmatic realism. Heisenberg's response to this objection of Einstein's is complex, but I think it is important to offer in his own words: "It is easily seen that what this criticism demands is again the old materialistic ontology. But what can the answer from the point of view of the Copenhagen interpretation be? ... The demand to "describe" what 'happens' in the quantum?theoretical process between two successive observations is a contradiction in adjecto, since the word "describe" refers to the use of classical concepts, while these concepts cannot be applied in the space between the observations.... The ontology of materialism rested upon the illusion that the kind of existence, the direct "actuality" of the world around us, can be extrapolated into the atomic range. This extrapolation is impossible, however'" M: A Buddhist philosopher would be in complete agreement with this answer. T: Personally, I also agree with Heisenberg. As I've already said, quantum mechanics has always been confirmed by experimentation and has never been caught out. Einstein got it wrong, and his material realism cannot be defended. According to Bohr and Heisenberg, when we speak of atoms and electrons, we shouldn't see them as real entities, with well?defined properties such as speed and position, tracing out equally well?defined trajectories. The "atom" concept is simply an image that helps physicists put together diverse observations of the particle world into a coherent and logical scheme. Bohr also spoke of the impossibility of going beyond the results of experiments and measurements: "In our description of nature the purpose is not to disclose the real essence of phenomena but only to track down, so far as possible, relations between the manifold aspects of our experience. M: His viewpoint is similar to that of my former teacher Francois Jacob, who said, "It thus seems clear that the physicists' description of atoms is not the exact and unchanging reflection of a revealed truth. It is a model, an abstraction, the result of centuries of effort focused by physicists on a small number of phenomena in order to construct a coherent picture of the world. The description of the atom is as much a creation as it is a discovery~" But this doesn't stop most people from imagining atoms as Little balls they could pick up if they had tools that were small enough. T: Schroedinger warned us against such a materialistic view of atoms and their constituents: "It is better not to view a particle as a permanent entity, but rather as an instantaneous event. Sometimes these events link together to create the illusion of permanent entities." M: The ring of light created by a rotating flashlight isn't an 'object." The world of phenomena is made up of events that can't remain stable from one moment to the next. If they did, they'd stay frozen forever. Since such moments are transient, they have no duration, and the events concerned cannot exist independently. So we cannot assume that, one day, we'll know all of the characteristics of the event "particle." It appears to us in different forms because of interdependence, which is synonymous with the "absence of intrinsic being." The essential point is that a phenomenon's characteristics do not belong to it intrinsically. For instance, when we say that mass can be converted into energy, this comes down to saying that mass isn't a property that we can always associate with the "particle event." T: That's right. As with light, the nature of matter isn't immutable. Energy can be converted into matter. This is often done in particle accelerators. Energy can come from mass (as in Einstein's famous equation E = mc') or from movement. In the latter case, this means that an object's property can be converted into an object. Inversely, matter can be converted into energy?this is what makes the sun shine, for example. By converting a tiny fraction of its mass of hydrogen (0.7 percent) into light (photons), our star allows life to exist on earth.
THE QUANTUM AND THE LOTUS M:?And so reality isn't as solid as we think. T: In order to cover all bases, I should also mention string theory, which we've discussed before. This theory describes quarks not as mathematical points, but as infinitesimally small vibrating strings. It aims to unify general relativity, which describes the infinitely large, and quantum mechanics, which describes the infinitely small. The apparent incompatibility of these two great theories is one of the main stumbling blocks that prevents us from getting a better understanding of the universe. If they could be reconciled, we would then have a theory of quantum gravity, which would let us unite nature's four forces (electromagnetism, the weak and strong nuclear forces, and gravity) into one superforce. String theory, which is also known as the theory of superstrings, has been proposed as this ultimate theory, allowing us to describe all the phenomena in the universe. According to this theory, particles aren't the fundamental elements, but are vibrations of infinitely small strings of energy, measuring 10?33 centimeters, which is none other than the Planck length. The length of one of these pieces of string in comparison to an atom is equivalent to the size of a tree compared to the universe. Particles of matter and light that transmit forces bring together the world's different parts so they interact with one another and change. For instance, the photon transmits the electromagnetic force, while the graviton transmits gravity. All these particles could just be the various manifestations of these strings. just as the strings of a violin vibrate, these strings vibrate and generate tones and harmonics that are detected by our measuring instruments as protons, neutrons, electrons, and so on. The energy of the vibration determines the particle's mass. The more energetic the vibration, the greater the mass. In the same way, a particle's electric charge and spin are determined by how the string vibrates. The strings are all basically the same. All that varies is how they vibrate. For example, a proton is simply a trio of vibrating strings, each of which corresponds to a quark. just as musicians charm us by playing a piece by Brahms, the combined vibrations of these three strings produce the music of a proton. When our measuring apparatus captures it, the music comes out as a mass, a positive electric charge, and a spin. The music of an atom, which is made up of protons, neutrons, and electrons, is played by even more musicians in an even larger orchestra. In this way, strings sing and vibrate all around us, and the universe is in fact a vast symphony. M: These strings are obviously not inherently protons, neutrons, or electrons. This confirms Buddhism's analysis of matter: an object's characteristics do not belong to it. What exists is a stream of constant transformations that appear in various forms. T: Particles lose their inherent existence, given that the same strings can appear in different guises when they vibrate at different frequencies. If one of them vibrates in a certain way, it appears as a photon. If it then changes its tune, it becomes a graviton. M: If particles are just vibrating strings, do the strings have a permanent existence? T: The strings replace quarks as basic entities, but they can appear either as strings or as waves. Instead of being dimensionless mathematical points, they are shaped like infinitely thin pieces of string apparently existing in only one dimension, rather like tiny pieces of spaghetti. They are so small that even our most accurate instruments see them as points. But they also have "hidden" dimensions. According to one version of the theory, the strings exist in a ten?dimensional universe, with nine space dimensions and one time dimension. In another version, the universe has twenty?six dimensions, twenty?five of them being spatial and one being temporal. We can see only three spatial dimensions; the other six or twenty?two dimensions are shrunk so tightly (to the Planck size of 10?33 centimeters) that they can't be seen. M: Can you explain more about what these vibrating strings are supposed to be like? T: We can say that a string can be described in terms of its energy (or frequency) and its tension (like the tension of a violin string). Two strings Pretty fascinating stuff, don't you think? This is a very important question. To those who have not dedicated regularly
in their daily lives the time to contemplate, study, and practice spiritual
teachings, no amount of explanation will have value. Some things must
be experienced to build understanding. I have included in this letter
a writing of Nichiren's on this exact topic. But before I simply turn
you over to his gosho, and there are many that deal with this question,
I would like to offer a personal response. I do sympathize with your sensitivity to the word "faith".
I have found no reason to believe that the word "faith" was
ever used or intended in the Buddhist vernacular or teachings. Rather,
I believe this is an adaptation of the Western mind to Buddhist concepts
not understood. I prefer to replace the words "awakening of innate
interdependence and impermanence" to replace each instance of the
word "faith". You can do this easily on a computer with a search
and replace command. I offer this to you for less stressful reading with
less obstacles to your appreciation of the text. The above Gosho answers the same questions about Daimoku, but in a stricter
Buddhist teaching parameter. I took special care to describe the sound
of the daimoku as the product of ancient Sanskrit conceptual symbols.
If there is any Asian tone to it is more likely Chinese than Japanese,
and only due to the transliteration of Nagarjuna, the Honored Indian Buddhist
scholar who translated the text to Chinese in the 5th century. With best regards and respect, Rev. Sylvain Chamberland, Nyudo
This essay was written to address questions posed by a friend and student of the reverend living over 2000 miles away. Her questions dig deeply into the fundamental precepts of Buddhist practice, thought, and cosmology. Drawing from several sources, the reverend has constructed an answer that provides insight from the ancient texts and teachings, as well as from modern scientific methods and Buddhist cosmology.
Again...I hope you don't perceive this as disrespectful.
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