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Originally Posted by MRC_Hans
Kayveeh, it is not my job to prove you wrong. You make a claim, you prove it.
Hans
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It means you don't want to involve in pursuing to know "science of homeopathic remedies"--but just want to oppose it in anyway. No sportsman's sprit? Previously, you were persitent and absolute on non-presence of molecules of active substance in higher potencies, but now history is changed. Alike all possibilities are there in any persisting, practically observed and experianced theory by mass and well distributed people. So it should be considered in science as "EXISTING BUT ITS SCIENCE COULDN'T YET BE KNOWN"....may be due to weaknesses or not attended suitably or otherwise for vested or egoistic interests.
Eventhough you will never accept or really contribute due to preconcieved ideas or otherwise, still read following understading about shape variations in atoms esp. italic ones:-
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Electron configuration
..The occupied shell of greatest n is the valence shell, even if it only has one electron. In the most stable ground state, an atom's electrons will fill up its shells in order of increasing energy. Under some circumstances an electron may be excited to a higher energy level (that is, it absorbs energy from an external source and leaps to a higher shell), leaving a space in a lower shell. An excited atom's electrons will spontaneously fall into lower levels, emitting excess energy as a photons, until it returns to the ground state.
In addition to its principal quantum number n, an electron is distinguished by three other quantum numbers: the azimuthal quantum number l (describing the orbital angular momentum of the electron), the magnetic quantum number m (describing the direction of the angular momentum vector), and the spin quantum number s (describing the direction of the electron's intrinsic angular momentum). Electrons with varying l and m have distinctive shapes denoted by spectroscopic notation. In the illustration, the letters s, p, d and f (corresponding to l = 0, 1, 2, 3) describe the shape of the atomic orbital. In most atoms, orbitals of differing l are not exactly degenerate but separated into a fine structure. Orbitals of differing m are degenerate but may be separated by applying a magnetic field, creating the Zeeman effect. Electrons with differing s have very slight energy differences called hyperfine splitting.
http://en.wikipedia.org/wiki/Atom
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You may also go on reading hapthy link, which I provided in previous post.