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Well, my opponent clearly does not understand what the point im trying to make is, so let me put it in a language he may understand..... Can we derive any new knowledge about the universe from quantum physics? After all, the entire universe is composed of an unimaginable large number of matter and energy. It seems to be of great importance to understand quantum theory properly in view of the large-scale structure of the cosmos. For example, an interesting question in this context is why the observable matter in the universe is packed together in galaxies and is not evenly distributed throughout space. Could it have to do with the quantum characteristics of energy? Are quantum effects responsible for matter forming discrete entities, instead of spreading out evenly during the birth of the universe? The answer to this question is still being debated. If cosmological conclusions seem laboured, we might be able to derive philosophical insights from quantum physics. At least Fritjof Capra thinks this is possible when he describes the parallels between modern physics and ancient Eastern philosophy in his book The Tao of Physics. He holds that in a way, the essence of modern physics is comparable to the teachings of the ancient Eastern philosophies, such as the Chinese Tao Te Ching, the Indian Upanishads, or the Buddhist Sutras. Eastern philosophies agree in the point that ultimate reality is indescribable and unapproachable, not only in terms of common language, but also in the language of mathematics. That is, science and mathematics must fail at some stage in describing ultimate reality. We see this exemplified in the Uncertainty Principle, which is elucidated in the following section. Molecules and atoms cannot be split into independent units. All parts interact at all levels. The oriental scriptures agree in the point that all observable and describable realities are manifestations of the same underlying "divine" principle. Although many phenomena of the observable world are seemingly unrelated, they all go back to the same source. Things are intertwined and interdependent to an unfathomable degree, just as the particles in an atom are. Although the electrons in an atom can be thought of as individual particles, they are not really individual particles, because of the complicated wave relations that exist between them. Hence, the electron cloud model describes the atomic structure more adequately. The sum of electrons in an atom cannot be separated from its nucleus, which has a compound structure itself and can neither be regarded a separate entity. Thus, in the multiplicity of things there is unity. Matter is many things and one thing at the same time. The Eastern scriptures say that no statement about the world is ultimately valid ("The Tao that can be told is not the eternal Tao." Tao Te Ching, Verse 1), since not even the most elaborate language is capable of rendering a perfect model of the universe. Science is often compared to a tree that branches out into many directions. The disposition of physics is that it follows the tree upward to its branches and leaves, while meta-physics follows it down to the root. Whether the branches of knowledge stretch out indefinitely is still a matter of debate. However, it appears that most scientific discoveries do not only answer questions, but also raise new ones. The German philosopher, FriedrichHegel formulated an idea at the beginning of the 19th century that describes this process. He proposed the dialectic triad of thesis, antithesis, and synthesis, in which an idea (thesis) always contains incompleteness and thus yields a conflicting idea (antithesis). A third point of view (synthesis) arises, which overcomes the conflict by reconciling the truth contained in both, thesis and antithesis, at a higher level of understanding. The synthesis then becomes a new thesis, generates another antithesis, and the process starts over. In the next section, we shall see how 20th century physics embodies Hegel's dialectical principle. We will also take a close look at the philosophical implications of Heisenberg's Uncertainty Principle. We shall leave the problem of theoretical unification to the physicists and instead briefly consider a philosophical unification of Relativity and quantum theory. Is this possible? Contemplating the subatomic realm seems like a Zen exercise. The nuclear reality embodies duality and multiplicity, such as is evident in the complicated structure of atoms and particles. It transgresses the narrow world of opposites. We have to realise that in spite of the different parts and components, the subatomic world in actuality is an undivided whole, where the boundary between the observer and the observed is blurred. Object and subject have become inseparable, spatial and temporal detachment is an illusion. When the American physicist J.R. Oppenheimer (1902-1967) describes the structure of probability clouds, he almost sounds like a Zen Master: "If we ask, whether the position of the electron remains the same, we have to say no. If we ask, whether the position of an electron changes with the course of time, we have to say no. If we ask, whether the electron is in a state of rest, we have to say no. If we ask, whether the electron is in motion, we have to say no." Medicardium is a custom-made Magnesium Di-Potassium EDTA formula. Magnesium and potassium alleviate stress, anxiety and body tension, promoting deep relaxation. These minerals (which most of us need MORE of) also have important anti-aging benefits. Calcium Accumulation in the All the Wrong Places Makes Us OLD! As we age, our bones and teeth lose calcium. WHERE does that calcium go..? It goes into the arteries, muscles, joints and organs – where it doesn't belong! How Does This Happen? Here's the explanation given me by Spencer Feldman, the scientist who created Medicardium: Every cell is activated by calcium. For example, calcium entering a muscle cell enables contraction. This is a good thing. But… Once the calcium has done its job, the cell has a ‘calcium pump' that pushes the calcium out of the cell. The calcium can then go back to a place it belongs, such as the bones. As we age, the calcium pumps in our cells become less efficient. The cells have a harder and harder time pumping the used calcium out. Calcium starts to build up in all the places it does not belong. Atherosclerosis, muscle stiffness and arthritis are problems of aging resulting from calcium build up in the soft tissues… Fibromyalgia is an extreme example of the build-up of calcium in the muscles. The ultimate build up of calcium in soft tissues is rigor mortis, when all the cells are flooded with calcium. But in the meantime… Calcium build-up in soft tissues makes us get old and stiff: For example, when calcium builds up in muscle cells, the muscles can't relax; they remain contracted and we become more and more stiff. We can't stretch as well as we used to and often, we are in pain. Much of arteriosclerosis is due to calcium accumulation in the blood vessels. The resulting rigidity of artery walls makes them less resilient to the pressure of blood pumping through them, and more subject to damage. Calcium accumulation in the capillaries is especially insidious. Because capillaries can only let blood cells pass through single file, any plaque prevents blood from getting through. The result is ‘micro-strokes' throughout the body, resulting in widespread cell death! Keeping those capillaries free and clear is one of the most important anti-aging measures you can take. Even worse conditions include kidney stones, gallstones, calcium deposits in prostate, womens' breasts and even in glands like the pituitary! If A then C = B x F, Then F x A must equal to J. Have I answered you question now?