But each patient receives less than 10^60 molecules—one must assume some probability distribution on the number of molecules if we are to suppose any medication is delivered at all. Assuming the dilutions are performed as prescribed in a typical homeopathic preparation, a minuscule fraction will randomly have significantly more than the expected concentration, but even so at least the logarithm of the fraction will be on an order of magnitude with the logarithm of 10^-60 -- and therefore will still multiply to a tremendous number in 3^^^3 cases.
That said, even if you assume that the distribution is exactly as even as possible—every patient receives either zero or one molecule of vitamin C—there will be a minuscule probability that the effect of that one molecule will be at the tipping point. Truly minuscule—probably on the order of 10^-20 to 10^-25, a few in one Avogadro’s number—but this still corresponds to aiding 1 in 10^80 to 10^85 people, which multiplies to a tremendous number in 3^^^3 cases.
Mathematically, I have to agree with your reply: you either have no molecules or at least one. And then, your calculations hold true. And I’m wrong.
Physiologically, though, my argument is that the “nanoutility” that this molecule would add would have such a negligible effect that nothing would change in the person’s life measured by any practical purposes. It will pass completely unnoticed (zero!) — for each person in the 3^^^3 generations.
I assume a fuzzy scale of flu, so that no single molecule would turn sure-flu to sure-non-flu. As I assumed with the specks.
Even if you perform the more sophisticated analysis, the probability of the flu should shift slightly—and that slightly will be on the order of 10^-23, as before. And that times 3^^^3...
But each patient receives less than 10^60 molecules—one must assume some probability distribution on the number of molecules if we are to suppose any medication is delivered at all. Assuming the dilutions are performed as prescribed in a typical homeopathic preparation, a minuscule fraction will randomly have significantly more than the expected concentration, but even so at least the logarithm of the fraction will be on an order of magnitude with the logarithm of 10^-60 -- and therefore will still multiply to a tremendous number in 3^^^3 cases.
That said, even if you assume that the distribution is exactly as even as possible—every patient receives either zero or one molecule of vitamin C—there will be a minuscule probability that the effect of that one molecule will be at the tipping point. Truly minuscule—probably on the order of 10^-20 to 10^-25, a few in one Avogadro’s number—but this still corresponds to aiding 1 in 10^80 to 10^85 people, which multiplies to a tremendous number in 3^^^3 cases.
Mathematically, I have to agree with your reply: you either have no molecules or at least one. And then, your calculations hold true. And I’m wrong.
Physiologically, though, my argument is that the “nanoutility” that this molecule would add would have such a negligible effect that nothing would change in the person’s life measured by any practical purposes. It will pass completely unnoticed (zero!) — for each person in the 3^^^3 generations.
I assume a fuzzy scale of flu, so that no single molecule would turn sure-flu to sure-non-flu. As I assumed with the specks.
Even if you perform the more sophisticated analysis, the probability of the flu should shift slightly—and that slightly will be on the order of 10^-23, as before. And that times 3^^^3...